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Preamplifiers
VT120A/B/C |
Fast-Timing Preamplifier (200 gain non inverting) 快速上升时间信号放大器 适用于微通道板?/span>PMT和硅探测?/span> 上升时间9/span>?ns 等效输入噪声?0V rms 增益'/span>A(/span>200,(B(/span>-200,(C(/span>20 带宽10-350MHz 输出范围9/span>0 - - 5V'/span>50?负载(/span> 输出阻抗9/span>??,交流耦合 输入阻抗9/span>50? 输入电源9/span>12V+/span>50mA(可选配仵/span>LEMO电源连接仵/span>C-VT120(/span> |
C-VT120 |
Power Cable Assembly for VT120A/B/C (3-m length) VT120附件3m电缆 |
113 |
Scintillation Preamplifier PMT前放 上升时间9/span><60ns 下降时间常数9/span>50s(信号源内阺/span>1M?) 积分非线性:?#177;0.02% 温度系数9/span>?#177;0.01%/ℂ/span>(0-50ℂ/span>) 计数率:250mV参考脉冲增益漂秺/span><0.25%(使?/span>200mV随机脉冲+/span>65?00cps(/span> 等效输出噪声9/span><0.1mV rms 输入电容9/span>0+/span>100+/span>200+/span>500+/span>1000pF可逈/span> |
142A?42B?42C |
Preamplifier 前放 输入信号极性:正或贞/span> 输出:能量信叶/span>E口和定时信号T叢/span> 所需电源9/span> 142A +24V/20mA+/span>-24V/10mA+/span>+12V/15mA+/span>-12V/15mA 142B +24V/40mA+/span>-24V/10mA+/span>+12V/15mA+/span>-12V/15mA 142C +24V/40mA+/span>-24V/10mA+/span>+12V/15mA+/span>-12V/15mA 噪声 型号探测器电容pF**噪声(keV)(Si?42A01.60142A1003.40142B1003.20142B100019.0142C4007.20142C100014.50142C200027.00积分非线性:?#177;0.03%'/span>0-7V,开环)戕/span>3.5V'/span>93?终端电阻(/span> 温度稳定性: 142A?#177;50ppm/ℂ/span>(0-50ℂ/span>) 142B?#177;100ppm /ℂ/span>(0-50ℂ/span>) 142C?#177;200ppm /ℂ/span>(0-50ℂ/span>) 开环增盉/span> 142A >40?00 142B >80?00 142C >80?00 电荷灵敏?/span> 142A 45mV/MeV 142B 20mV/MeV 142C 20mV/MeV 能量范围 142A 0-200MeV 142B 0-400MeV 142C 0-400/MeV E2CRP 142A 1.5107MeV2/s 142B 3107MeV2/s 142C 3107MeV2/s 上升时间'/span>0?/span>0.5V,能量输出口+/span>93?负载(/span> 142A <5ns'/span>0pF),<12ns'/span>100pF(/span> 142B <5ns'/span>100pF),<25ns'/span>1000pF(/span> 142C <11ns'/span>400pF),<20ns'/span>1000pF(/span> 衰减时间(标称值) 142A 500s 142B 1000s 142C 1000s 建议输入电容范围 142A 0~100pF 142B 100~400pF 142C 400~1000pF 探测?*偏压1000V |
142AH |
Preamplifier 输入信号极性:正或贞/span> 输出:能量信叶/span>E口和定时信号T叢/span> 噪声 探测器电宸/span>pF典型值(keV)(Si(/span>保证值(keV)(Si(/span> 0 1.55 1.75 20 1.65 - 50 2.35 - 100 3.55 3.60 积分非线性:?#177;0.05%'/span>0-7V,开环)戕/span>3.5V'/span>93?终端电阻(/span> 温度稳定性:<50ppm/ℂ/span>(0-50ℂ/span>) 开环增盉/span>>40?00 电荷灵敏?/span>45mV/MeV E2CRP1.5107MeV2/s 上升时间'/span>0?/span>0.5V,能量输出口+/span>93?负载(/span><5ns'/span>0pF),<12ns'/span>100pF(/span> 衰减时间(标称值)~500s 探测器偏厊/span>5000V |
142IH |
Preamplifier 电荷灵敏放大?/span> 输入信号极性:正或贞/span> 输出:能量信叶/span>E口和定时信号T叢/span> 噪声 探测器电宸/span>pF**噪声'/span>keV)(Si(/span> 0 1.90 100 4.60 1000 35 (硅等效=3.6eV+/span>=2s(/span> 积分非线性:?#177;0.05%'/span>0-7V,开环)戕/span>3.5V'/span>93?终端电阻(/span> 温度稳定性:<50ppm/ℂ/span>(0-50ℂ/span>) 开环增盉/span>>40?00 电荷灵敏?/span>45mV/MeV E2CRP7107MeV2/s 上升时间'/span>0?/span>0.5V,能量输出口+/span>93?负载(/span><20ns'/span>0pF),<50ns'/span>100pF(/span> 动态输入电容:10?00pF 探测器偏厊/span>3000V |
142PC |
Preamplifier 适用正比计数?/span> 输出:能量信叶/span>E口和定时信号T叢/span> 噪声 探测器电宸/span>pF典型倻/span>保证倻/span> 0 295rms电子340rms电子 100 450rms电子485rms电子 (硅等效=3.6eV+/span>=2s(/span> 积分非线性:?#177;0.05%'/span>0-7V,开环)戕/span>3.5V'/span>93?终端电阻(/span> 温度稳定性:<50ppm/ℂ/span>(0-50ℂ/span>) 开环增盉/span>>40?00 灵敏?/span>6.5V/pC E2CRP7107MeV2/s 上升时间'/span>0?/span>0.5V,能量输出口+/span>93?负载(/span><25ns'/span>0pF),<150ns'/span>100pF(/span> 动态输入电容:10?00pF 探测器偏厊/span>3000V |
9301 |
Fast Preamplifier 适用亍/span>PMT+/span>电子倍增器等(光子或离子计数(/span> 输入阻抗9/span>50? 电压增益9/span>10'/span>2%),不倒相 上升时间9/span><1.5ns 输入等效噪声9/span><25V 输出动态范围:>0.7V'/span>50?负载(/span> 非线性:<1% 增益稳定性:<0.1%/ℂ/span> 电源需求:+12V/30mA+/span>-12V/30mA |
9305 |
Fast Preamplifier 适用亍/span>PMT+/span>电子倍增器等(光子或离子计数(/span> 输入阻抗9/span>50? 电压增益9/span>5-10可调+/span>不倒相 上升时间9/span><3ns'/span>50?负载+/span>120MHz带宽(/span> 输入等效噪声9/span><25V 积分非线性:<1%(输出电厊/span>5V(/span> 增益稳定性:<0.05%/ℂ/span> DC稳定性:<150V/℃(对输出电压) 输入阻抗?0? 输出阻抗91?+/span>直流耦合 输出线性范围:0-5V'/span>50?负载(/span> 环境温度9/span>0-50ℂ/span> 电源需求:+12V/30mA+/span>-12V/30mA |
9306 |
1-GHZ Preamplifier 适用于超快探测器定时应用(如微通道板、微通道松/span>PMT(/span> 2个相同的输出 电压增益9/span>100'/span>50-150),靝/span>倒相 输出上升时间9/span><350ps 带宽'/span>3db):100kHz-1GHz 输入等效噪声9/span><100V 输入**值:1V 输出短路保护 输入阻抗?0? 输出阻抗?0?+/span>交流耦合 输出线性范围:0 - -1.75V'/span>50?负载(/span> 电源需求:+24V/200mA |
9326 |
Fast Preamplifier with 3-m DC power cable 输入噪声9/span><100V rms 输出上升时间9/span><1ns 低频下降频率<100kHz 增益9/span>5?/span>10?/span>20V/V板载跳线调节,非倒相 环境温度9/span>0-50ℂ/span> 模拟信号输入:负极性,0~-200mV,阻?0?,过载保抣/span> 模拟信号输出?0.25V~-1V?0?负载),短路保护 电源需求:+12V/100mA |
Amplifier
FTA820A |
Octal Fast-Timing Amplifier (200 Gain Non Inverting) 8路模拟信号放大器 增益9/span>200 上升时间9/span>?ns 等效输入噪声9/span>?0V 带宽9/span>10 350MHz 传播延时9/span>?0ps 输入阻抗9/span>50? 输出电压9/span>0 - -5V?0?负载),阻抗9/span>?? |
427A |
Delay Amplifier 用于线性信号和门控信号延迟,符合实验到达时间对齏/span> 延时范围9/span>0 4.75s'/span>0.25?.5?.0?.0+/span>2.0任意组合(/span> 完全直流耦合 上升时间?00ns 增益9/span>2%'/span>0延时(/span> 增益随延时变化率9/span>10% 直通和延时波纹9/span><2% 延时误差9/span>?% 增益温度稳定性:<0.01%/ℂ/span> 上升时间和带宽与延时的关糺/span> 延时 上升时间 带宽 0s280ns 1.25MHz 0.25s280ns 1.25MHz 0.5s290ns 1.20MHz 1.0s310ns 1.13MHz 2.0s340ns 1.03MHz 3.0s360ns 0.972MHz 4.0s370ns 0.945MHz 4.5s380ns 0.920MHz 4.75s400ns 0.875MHz 环境温度?-50ℂ/span> |
460 |
Delay Line Amplifier (With Standard 1-S Delay Lines) 闪烁体延时线放大?/span> 极零调节 增益调节9/span>粗调7桢/span>10?0?0?00?00?00?000,细谂/span>0.3~1 成形过滤器时间常数:=0.04+/span>0.1?.25s,(40?00?50ns(/span> 积分非线性:?#177;0.05% 噪声9/span>?0V'/span>0.25s常数和增盉/span>1000);?5V'/span>0.25s常数和增盉/span>50);?0V'/span>0.25s常数和增盉/span>10); 串扰9/span><1ns(20:1动态范図/span>):/span><2ns(50:1动态范図/span>):/span><2.5ns(100:1动态范図/span>) 增益温度稳定性:?#177;0.01%/℃(0-50℃) DC温度稳定性:?#177;0.1mV/℃(0-50℃) 延迟线成形:1-s |
474 |
Timing Filter Amplifier 锗探测器定时过滤放大?/span> 极零调节 增益调节9/span>粗调7桢/span>1????0?0,细谂/span>2~12.5 积分时间常数9/span>out=4ns+/span>20?0?00?00?00ns 微分时间常数9/span>out=0.2ms+/span>20?0?00?00?00ns 倒相或非倒相可逈/span> |
533 |
Dual Sum And Invert Amplifier 双路加和和倒相放大器(A?/span>4输入+/span>B?/span>2输入(/span> 电压增益9/span>-1(误?/span>?#177;2%(/span> 带宽9/span>0-7MHz 积分非线性:?#177;0.05% 增益温度稳定性:?#177;0.005%/℃(0-50℃) DC温度稳定性:?#177;50V/℃(0-50℃) 输入电压0-10V,正负极性或双极性,阻抗~666? 输出电压9/span>0-10V,阻抖/span>~0.1? |
570 |
Spectroscopy Amplifier 通用放大?/span> 单极性输凹/span> 极零调节 基线恢复(自动) 增益9/span>1-1500连续可调 脉冲形状:半高斯彡/span> 积分非线性:?#177;0.05%'/span>2s成形时间(/span> 噪声9/span><5V(2s成形时间粗调增益>100) 增益温度稳定性:?#177;0.0075%/℃(0-50℃) DC温度稳定性:?#177;50V/℃(0-50℃) 谱展宽:<16%FWHM'/span>Co-601.332MeV峰位于多遒/span>86%道址处,单极性输出,2s成形时间(/span> 峰位漂移9/span><0.024%FWHM'/span>Co-601.332MeV峰位于多遒/span>86%道址处,单极性输出,2s成形时间(/span> 电源需求:+12V/60mA+/span>-12V/30mA+/span>+24V/80mA+/span>-24V/85mA |
572A |
Spectroscopy Amplifier 通用能量谱仪放大?/span> 单极性输出或双极性输凹/span> 极零调节 基线恢复(自动) 内建脉冲堆积拒绝?/span> 增益9/span>1-1500连续可调 脉冲形状:半高斯彡/span> 积分非线性:?#177;0.05%'/span>2s成形时间(/span> 噪声9/span><5V(2s成形时间粗调增益>100) 增益温度稳定性:?#177;0.0075%/℃(0-50℃) DC温度稳定性:?#177;50V/℃(0-50℃) 谱展宽:<16%FWHM'/span>Co-601.332MeV峰位于多遒/span>86%道址处,单极性输出,2s成形时间(/span> 峰位漂移9/span><0.024%'/span>Co-601.332MeV峰位于多遒/span>86%道址处,单极性,2s成形时间(/span> 电源需求:+12V/85mA+/span>-12V/30mA+/span>+24V/100mA+/span>-24V/105mA |
575A |
Spectroscopy Amplifier 低成本,通用能量谱仪放大器,适用半导体探测器、闪烁体探测器、正比计数器 单极性输出或双极性输凹/span> 门控基线恢复(自动) 增益9/span>1-1250连续可调 脉冲形状:半高斯彡/span> 可选成形时间:0.5+/span>1.5+/span>3s 积分非线性:?#177;0.05%'/span>1.5s成形时间(/span> 噪声(增盉/span>>100)9/span><5V(3s成形时间,单极?/span>):/span><7V(1.5s成形时间,单极?/span>):/span> 增益温度稳定性:?#177;0.0075%/℃(0-50℃) DC温度稳定性:?#177;30V/℃(0-50℃) 谱展宽:<10%FWHM'/span>Co-60 1.332MeV峰位于多遒/span>86%道址处,单极性输出,1.5s成形时间(/span> 峰位漂移9/span><0.02%FWHM'/span>Co-60 1.332MeV峰位于多遒/span>86%道址处,单极性输出,1.5s成形时间(/span> 电源需求:+12V/70mA+/span>-12V/75mA+/span>+24V/55mA+/span>-24V/40mA |
579 |
Fast-Filter Amplifier 快速滤波放大器,适用锗和其它半导体探测器 输入信号幅度9/span>1VDC+/span>5VDC(使用内部衰凎/span>X5),35VDC:/span> 输入阻抗9/span>100?(可逈/span>50?); 输出电压9/span>0-5V(负轼/span>50?(/span> 上升时间<8ns 下冲幅度9/span><10%(积分输出):/span><2%(任何可选积分输出) 噪声?*增益)9/span><10V(I=D=200ns,输入幅?/span><10V 积分非线性:?#177;1%(典型倻/span>?#177;0.5%)(输出5V负载50?(/span> 增益温度稳定性:?#177;0.05%/ℂ/span> DC温度稳定性:?#177;50V/ℂ/span> 环境温度0-50ℂ/span> 谱展宽:<10%FWHM'/span>Co-60 1.332MeV峰位于多遒/span>86%道址处,单极性输出,1.5s成形时间(/span> 峰位漂移9/span><0.02%'/span>Co-60 1.332MeV峰位于多遒/span>86%道址处,单极性输出,1.5s成形时间(/span> 电源需求:+12V/70mA+/span>-12V/75mA+/span>+24V/55mA+/span>-24V/40mA 独立的积分和微分 门控基线恢复 极零相消 电压增益倍数9/span>0.9~500 |
590A |
Amplifier and Timing SCA 谱仪放大器和定时单道分析器,适用于闪烁体探测器和正比计数器的计数、定时、能量谱 谱仪放大?/span> 可选成形时间常?/span>0.5?.5?.0s 门控基线恢复 可选窗范围 极零调节 积分/窗口模式 脉冲形状:半高斯彡/span> 输出极性:正负 输出信号:单极性和双极?/span> 增益9/span>10+/span>20 50 100 200 500粗调+/span>0.5~2.5细调 积分非线性:?#177;0.05%'/span>1.5s成形时间(/span> 增益温度稳定性:?#177;0.0075%/℃(0-50℃) DC温度稳定性:?#177;50V/℃(0-50℃) 谱展宽:<10%FWHM'/span>Co-60 1.332MeV峰位于多遒/span>86%道址处,1.5s成形时间(/span> 峰位漂移9/span><0.02%'/span>Co-60 1.332MeV峰位于多遒/span>86%道址处,1.5s成形时间(/span> 定时单道分析?/span> 输入动态范围:200:1 脉冲对分辨时间:<=2s(1.5s成形时间) 输出时刻:达峰后500ns 时刻漂移9/span><10ns'/span>50:1输出幅度变化+/span>0.5s成形时间(/span> 阀值温度稳定性:?#177;0.01%/ℂ/span>(满刻度范围?mV/℃) 鉴别器非线性:?#177;0.25%(满刻度范围(/span> 窗口宽度稳定性:?#177;0.1%(满刻度范围?-10V输出(/span> 电源需求:+12V/115mA+/span>-12V/85mA+/span>+24V/35mA+/span>-24V/25mA |
671 |
Spectroscopy Amplifier 适用于所有探测器 增益9/span>2.5~1500连续可调 单、双极性脉冲形状:近三角形、近高斯形可逈/span> 极零调节 基线恢复 积分非线性(单极性)9/span>?#177;0.025%'/span>0~10V输出(/span> 等效输入噪声9/span><5.0V(增盉/span>>100);<4.5V(增盉/span>>1000(/span> 单极性增益温度稳定性:?#177;0.005%/℃(0-50℃) 单极?/span>DC温度稳定性:?#177;7.5V/℃(0-50℃) 双极性增益温度稳定性:?#177;0.007%/℃(0-50℃) 双极?/span>DC温度稳定性:?#177;30V/℃(0-50℃) 谱展宽:<8%FWHM(计数率<100?00cps(/span>; <15%FWHM(计数率<200?00cps(/span>+/span>测定条件Co-60 1.332MeV+/span>10%相对效率+/span>ORTEC GAMMA-X PLUS探测器,1.332MeV幅度8.5V,单极性输凹/span> 峰位漂移9/span><0.018%(计数率=100?00cps);<0.05%(计数率=200?00cps); 差分输入非线性:?#177;0.012%'/span>-9V~9V(/span> 脉冲堆积拒绝 阀值自动设置高于噪?/span> 脉冲对分辨时间:500ns'/span>1.332MeV输出电压幅度4V,单极性输出,计数玆/span>50?00cps(/span> 电源需求:+12V/115mA+/span>-12V/85mA+/span>+24V/35mA+/span>-24V/25mA |
672 |
Spectroscopy Amplifier (with AUTO-PZ)谱仪放大?/span> 增益9/span>2.5-1500连续可调 积分非线性:?.025%'/span>0~10V(/span> 等效输入噪声9/span><5.0V(增盉/span>>100);<4.5V(增盉/span>>1000,手动极零):/span><6.0V(增盉/span>>100,自动极零) 温度稳定性:单极性输出增盉/span>?#177;0.005%/ℂ/span>,直流电干/span>?#177;7.5V /ℂ/span>(0-50ℂ/span>);双极性输凹/span>增益?#177;0.007%/ℂ/span>,直流电干/span>?#177;30V /ℂ/span> 基线恢复:自?/span>/手动,根据噪声水平自动调整噪声阀倻/span> 谱线展宽9/span><半高宼/span>FWHM皃/span>8%(单极性输出,100?00cps+/span>60Co 1.33MeV峰在多道分析器道址皃/span>85%处,10%相对效率高纯锗测定结果) 谱线漂移9/span><0.018%(计数率每秒100?00个)+/span>60Co 1.33MeV峰在多道分析器道址皃/span>85%处,10%相对效率高纯锗测定结果) 成形时间9/span>0.5+/span>1+/span>2+/span>3+/span>6+/span>10s可逈/span> 差分输入非线性:?#177;0.012%'/span>-9V~9V(/span> 脉冲堆积拒绝 阀值自动设置高于噪?/span> 脉冲对分辨时间:500ns'/span>1.332MeV输出电压幅度4V,单极性输出,计数玆/span>50?00cps(/span> 抗脉冲堆积电?/span> 自动极零电路 基线恢复电路 |
673 |
Spectroscopy Amplifier and Gated Integrate 适用于高计数率和低计数率锗探测器 半高斯形输出和门控积分输凹/span> 电荷收集时间变化门控积分补偿,改善锗能量分辨率和高计数率时通过玆/span> 成形时间常数9/span>0.25~6s 增益9/span>1~1500连续可调 单极性脉冲形状:高斯彡/span> 极零调节 基线恢复 积分非线性(单极性)9/span>?#177;0.05%'/span>2s成形时间(/span> 等效输入噪声9/span><4.0V(增盉/span>>100,单极性) 单极性增益温度稳定性:?#177;0.0075%/℃(0-50℃) 单极?/span>DC温度稳定性:?#177;10V/℃(0-50℃) 谱展宽:<14%FWHM(计数率0-100?00cps+/span>2s成形时间(/span>+/span>测定条件Co-60 1.332MeV,位于分析范図/span>85%处,单极性输凹/span> 峰位漂移9/span><0.024%(计数率=100?00cps);<0.05%(计数率=200?00cps);测定条件Co-60 1.332MeV,位于分析范図/span>85%处,单极性输凹/span> 电源需求:+12V/150mA+/span>-12V/75mA+/span>+24V/125mA+/span>-24V/105mA |
855 |
Dual Spectroscopy Amplifier 两个575A,单宽度NIM插件 |
863 |
Quad Timing Filter Amplifier 四路定时滤波放大器,适用于锗和其它固体探测器定时应用 可选积分和微分滤波 上升时间9/span><10ns+/span>0-5V'/span>50?负载(/span> 噪声(增盉/span>>100)9/span><50V(微分和积分时间常数为Out):/span> 积分非线性:?#177;0.5%+/span>0-5V'/span>50?负载(/span> 增益温度稳定性:?#177;0.05%/℃(0-50℃) DC温度稳定性:?#177;10V/℃(0-50℃) 微分时间常数9/span>0.1ms戕/span>200ns跳线选择 电源需求:+12V/167mA+/span>-12V/167mA+/span>+24V/83mA+/span>-24V/83mA |
9302 |
Amplifier and Discriminator 谱仪和鉴别器,适用于光子、电子和离子计数应用 上升时间9/span>3.0ns(典型值) 噪声?*增益)9/span><=10V:/span> 增益9/span>20戕/span>200,非倒相 积分非线性:?#177;1%+/span>0-5V'/span>50?负载(/span> 增益温度稳定性:?#177;0.1%/℃(0-50℃) DC温度稳定性:?#177;50V/℃(0-50℃) 鉴别器范围:50mV-1V 脉冲对分辨时间:<10ns 监控率范围:1kHz+/span>10 kHz+/span>100 kHz+/span>1MHz可逈/span> 输入负极性信叶/span> 输出模拟信号+/span>() 鉴别器输出:2路独立输出,负电流脉冲(负载50?),16mA,宽?/span><=5ns,上升时闳/span>1.5ns 电源需求:+12V/140mA+/span>-12V/205mA+/span>+24V/85mA+/span>-24V/90mA |
9309-4 |
Quad Fast Amplifier |
9310-16 |
16 Channel Fast Amplifier |
9327 |
1-GHZ Amplifier and Timing Discriminator |
TAC/Time Calibrator
462 |
Time Calibrator 时间刻度 刻度时间**精确?/span>10ps'/span>10ns长度(/span> 刻度温度稳定性:?#177;10ppm%/ℂ/span> 刻度长期稳定性:100ppm/平/span> 刻度开?停止时间间隔范围?.28-81.92s |
566 |
Time-to-Amplitude-converter 时间幅度转换器: 时间范围9/span>10ns ~ 2ms 正负输入信号 时间分辨率(FWHM):≣/span>0.01%满量稊/span>+5ps 温度稳定性:?#177;0.01%/ℂ/span>(满量程),戕/span>10ps/ℂ/span>(0-50ℂ/span>) 微分非线性:?%'/span>10ns)或2%(满量程(/span> 积分非线性:?#177;0.1%'/span>10ns)或2%(满量程(/span> 复位周期:固定倻/span>1.0s(X1和X10);固定倻/span>50s(X1K和X10K(/span> 开?停止*小转换时闳/span>?ns 输入计数率:>=30MHz 可接受开姊/span>-停止时间间隔9/span>50ns+/span>100ns戕/span>200ns 倍乘因子9/span>1?0?00?K 衰减时间9/span>0.5~10.5s 选通模式:?外可逈/span> 单道分析?/span> 阀值温度稳定性:?#177;0.01%/ℂ/span>(满量程+/span>0 ~50ℂ/span>(/span> 阀值非线性:?#177;0.5%/ℂ/span>(满量程(/span> 输出9/span> TAC0 ~ +10V,脉冲宽度可调从<=1~>=3s; 阻抗:前面板<10?,后面板93?; 脉冲上升时间9/span>~250ns 脉冲下降时间9/span>250ns |
567 |
Time-to-Amplitude-converter/SCA时间幅度转换?/span>/单道分析?/span> 时间幅度转换器: 时间范围9/span>10ns ~ 2ms 内置SCA,可设定符合实验时间窗;内置起停控制逻辑:/span> 输出不/span>STOP信号或外部选通信号同步; 正负信号输入:/span> 时间分辨率(FWHM):≣/span>0.01%满量稊/span>+5ps 温度稳定性:?#177;0.01%/ℂ/span>(满量程),戕/span>10ps/ℂ/span>(0-50ℂ/span>) 微分非线性:?%'/span>10ns)或2%(满量程(/span> 积分非线性:?#177;0.1%'/span>10ns)或2%(满量程(/span> *小转换时间间隔:?ns 单道分析?/span> 阀值温度稳定性:?#177;0.01%/ℂ/span>(满量程+/span>0 ~50ℂ/span>(/span> 阀值非线性:?#177;0.5%/ℂ/span>(满量程(/span> TAC输出9/span> 0 ~ +10V,脉冲宽度可谂/span>1~3s; 阻抗:前面板<10?,后面板93?; 脉冲上升时间9/span>~250ns 脉冲下降时间9/span>250ns |
Single-Channel Pulse-Height Analyzers
550A |
Single-Channel Analyzer 四种操作模式:内部、正常(独立的上阀、下阀)、异步窗口模式、同步窗口模弎/span> 直流耦合 动态范围:500:1 脉冲对分辨时间:100ns+脉冲宽度 阀值温度稳定性:?#177;0.01%/℃(满量程,0-50℃) 窗口宽度稳定性:?#177;0.01%/℃(输入+20mV-+10V范围(/span> 上下鉴别器非线性:?#177;0.25%/℃(满量程) |
551 |
Timing Single-Channel Analyzer 单道分析?/span>-定时信号提取 后沿恒比定时步进<3ns(100:1动态范図/span> 独立的上下阀鉴别器输凹/span> 直流耦合 延时0.1-10s可调 提供外部基线清除 动态范围:200:1 脉冲对分辨时间:输出脉冲宽度(可选)+100ns快逞/span>NIM输出戕/span>+200ns正极?/span>NIM输出 *小分辨时间:220ns负极性输出;800ns正极性输凹/span> 阀值温度稳定性:?#177;0.01%/℃(满量程) 窗口宽度稳定性:?#177;0.1%/℃(输入0-+10V范围(/span> 上下鉴别器非线性:?#177;0.25%/℃(满量程) 衰减非线性:?#177;2%/ℂ/span> 下阀*小鉴别阀值:50mV 时间漂移?#177;4ns(动态范図/span>100:1(/span> |
552 |
Pulse-Shape Analyzer/Timing SCA 脉冲形状分析/定时信号提取 脉冲高度/形状分析,定时信号提叕/span>形状分析,定时信号提叕/span> 漂移<=250ps(10:1动态范図/span>) 直流耦合 衰减时间0.1-1.1s可调 提供外部基线清除 动态范围:200:1 脉冲对分辨时间:输出脉冲宽度(可选)+200ns负极?/span>NIM输出戕/span>+740ns正极?/span>NIM输出 *小分辨时间:260ns负极性输出;800ns正极性输凹/span> 阀值温度稳定性:?#177;0.005%/℃(满量程,0-50℃)(/span> 窗口宽度稳定性:?#177;0.1%/℃(输入0-+10V范围(/span> 上下鉴别器非线性:?#177;0.25%/℃(满量程) 衰减非线性:?#177;2%/ℂ/span> 下阀*小鉴别阀值:40mV 时间漂移?#177;4ns(动态范図/span>100:1(/span> |
850 |
Quad Single- Channel Analyzer(requires 6V) 四路独立通道单道分析?/span> 直流耦合 提供外部基线清除 动态范围:500:1 脉冲对分辨时间:输出脉冲宽度+200ns *小分辨时间:260ns负极性输出;800ns正极性输凹/span> 阀值温度稳定性:?#177;0.01%/℃(满量程,0-50℃) 窗口宽度稳定性:?#177;0.1%/℃(输入0-+10V范围(/span> 上下鉴别器非线性:?#177;0.25%/℃(满量程) |
Counting Timers and Ratemeters
449A/449A-2 |
Log/Lin Ratemeter 线性和对数模式 5档对数范図/span> 0-100零抑刵/span> 止/span>/负极性输入(*小宽?/span>50ns(/span> 时间常数选择范围幾/span> 音频输出可逈/span> 线性范図/span> 线性计数率范围10cpm-1Mcpm 死时闳/span><100ns'/span>1?00?00cpm(/span> 温度稳定性:?#177;0.05%/ℂ/span> 非线性:?#177;0.15'/span>10-30?00cpm);?#177;1.5'/span>100?00-1?00?00cpm(/span> 时间常数9/span>0.03 -30s 对数范围 计数率范図/span>5档可选,10~106cpm 标准偏差9/span>~15%(小时间常数);~5%(长时间常数(/span> 温度稳定性:?#177;0.25%/ℂ/span> 时间常数9/span>0.03 -30s 模拟输出误差9/span>?#177;2.5%(满量程(/span> |
661 |
Ratemeter 计数率计 **计数玆/span>107cps 18档计数率范围可调25-107cps 快速、中等、慢速选择(标准偏差分别为<1%+/span><3%+/span><10%(/span> 止/span>/负极性输?/span> 正输入阀值可谂/span> 计数率范図/span>0-107cps 模拟信号范围9/span>100mV+/span>1V+/span>10V可逈/span> 脉冲对分辨时间:<40ns止/span>/负极性输?/span> 刻度精确度:<2%,模拟信叶/span><1%,模拟输出非线?/span>?#177;0.1% 温度稳定性:?#177;0.02%/℃(满量程,0-50℃) |
871 |
Timer and Counter (non-printing) 计时器和计数?/span> 8档预?/span> 25MHz止/span>/负输?/span> 1MHz晶体管时间基凅/span> 自动循环时间控制 时间基准9/span>0.1s咋/span>1min增量调节(晶振) 时间基准稳定性:?#177;2ppm%/℃(0-50℃) 时间基准不精确度9/span>?#177;2ppm 脉冲对分辨时间:<40ns止/span>/负极性输?/span> |
974A |
CCNIM Quad 100-MHZ Counter/Timer 4路计算机控制/读取8位计数器和计时器 1个可预置计时器或计数?/span> 输入100MHz负极性输入或25MHz正极?/span> RS-232咋/span>IEEE-488接口 晶振时间基准 自动循环时间控制 时间基准9/span>0.1s咋/span>1min增量调节(晶振);也可接受外部输?/span> 脉冲对分辨时间:<10ns负极性输入;<40ns正极性输?/span> |
976 |
Quad 250-MHZ Counter/Timer 4路独竊/span>8位数字计数器 15个计数器或定时器 自动重复计数 计数率除/衰减功能 250MHz 快逞/span>NIM戕/span>TTL信号 内部石英晶振频率9/span>1MHz50ppm+/span>温度稳定性:?#177;2ppm/℃,抖动<3ppm?s时钟周期),抖动<5ppm?ms时钟周期(/span> 时间延迟不确定度:等?个时钟周朞/span> |
978 |
Dual Timer 通用双路定时?/span>/脉冲发生?/span> 2路触发脉冲发生器(单NIM宽) 手动或脉冲触叐/span> NIM咋/span>ECL输出,宽?/span>50ns-10s 结束标记信号输出 脉冲宽度和频率可变(级联时) 死时间:<循环周期 上升/下降时间9/span><2ns |
994 |
CCNIM Dual Counter and Timer(requires interface option for computer operation 2路计算机控制/读取8位计数器和计时器 1个可预置计时器或计数?/span> 输入100MHz负极性输入或25MHz正极?/span> RS-232咋/span>IEEE-488接口,可直接连接打印朹/span> 计数值范図/span>0~108 计数时间和计数值可预置 时间基准10MHz时钟?小间隓/span>0.01s戕/span>0.01min,异步误?/span>100ns+/span> 时间基准精确度:?#177;0.0025%/℃(0-50℃) 计数值预置(达到后停止计数) 正输入鉴别器?100mV-+9.5V 脉冲对分辨时间:<10ns负极性输入;<40ns正极性输?/span> |
995 |
CCNIM Dual Counter (requires interface option for computer operation) 2路计算机控制/读取8位计数器 RS-232咋/span>IEEE-488接口,可直接连接打印朹/span> 输入100MHz负极性输入或25MHz正极?/span> 计数值范図/span>0~108 正输入鉴别器?100mV-+9.5V 脉冲对分辨时间:<10ns负极性输入;<40ns正极性输?/span> |
996 |
CCNIM Timer and Counter (requires interface option for computer operation) 计算机控刵/span>/读取8位计数器 RS-232咋/span>IEEE-488接口 输入100MHz负极性输入或25MHz正极?/span> 计数值范図/span>0~108 计数时间和计数值可预置 时间基准10MHz时钟?小间隓/span>0.01s戕/span>0.01min,异步误?/span>100ns,可接受外部输入 时间基准精确度:?#177;0.0025%/℃(0-50℃)+/span> 正输入鉴别器?100mV-+9.5V 脉冲对分辨时间:<10ns负极性输入;<40ns正极性输?/span> |
99X-1 |
994 995 and 996 Option RS-232-C Interface Option(requires C-75Cable) 994 995+/span>咋/span>996可逈/span>RS-232-C接口 |
99X-4 |
994 and 995 Option –Internal +6V Supply Option 994咋/span>995可选内部电溏/span> |
9349 |
Log/Lin Ratemeter 线性范図/span> 线性计数率范围0-106cps 死时闳/span><100ns'/span>1?00?00cpm(/span> 温度稳定性:?#177;0.05%/ℂ/span> 非线性:?#177;0.15'/span>10-104);?#177;1.5'/span>105-106cps(/span> 时间常数9/span>0.03 -30s'/span>7档) 对数范围 计数率范図/span>5档可选,10~106cps 标准偏差9/span>~15%(小时间常数);~5%(长时间常数(/span> 温度稳定性:?#177;0.25%/ℂ/span> 时间常数9/span>0.03 -30s 模拟输出误差9/span>?#177;2.5%(满量程(/span> |
Delay Gate and Delay Generators Logic Module and Linear Gates
CO4020 |
Quad 4-Input Logic Unit (requires 6 V) |
DB463 |
Delay Box时间延迟 4组独立的输入与输出; 50?已刻度延时电缅/span> 延迟时间0.5~63.5ns可调间隔0.5ns 延时精度<0.1ns |
GG8020 |
Octal Gate and Delay Generator(requires 6 V) 8路门控和延时发生?/span> 符合和门控脉冲延时及宽度可调 NIM咋/span>TTL快速负极性信号输凹/span> 输出延时70ns-10s可调,温度系数:<0.04%/℃(0-50℃) 输出宽度70ns-10s可调,温度系数:<0.04%/℃(0-50℃) 死时闳/span>典型值延旵/span>+输出脉冲宽度+20ns 延时抖动9/span><0.04% |
414A |
Fast Coincidence快符吇/span> 分辨时间10~110ns可调 3个可选的、正极性符合输入端+/span>1个可选的反符合输入端 脉冲对分辨时间:<100ns(单输入);<1s(符合输出) 分辨时间'/span>2(/span>:对符合信号10~110ns连续可调;对反符合信号由输入脉冲宽度设置 分辨时间(2)温度稳定性:?#177;0.2%/ℂ/span>(0-50ℂ/span>) |
416A |
Gate and Delay Generator 门控和延时发生器 门控脉冲延迟时间、宽度、极性、幅度可谂/span> 延迟时间范围0.1~110s 输出脉冲宽度0.4~4s 延迟时间温度稳定性:?#177;0.03% /ℂ/span> 延时发生器死时间典型值延旵/span>+200ns'/span>1.1s范围)或+300ns'/span>11s范围(/span>+1000ns'/span>110s范围(/span> |
418A |
Universal Coincidence 通用符合?/span> 5个正极性直流耦合输入 每个输入符合、反符合、偏移可逈/span> 输入A分辨时间100ns-2s,温度稳定?/span><0.1%/ℂ/span> 输入B/C/D/E分辨时间由输入脉冲宽度控制,温度稳定?/span><0.05%/ℂ/span>(=500ns) 环境温度9/span>0-50ℂ/span> |
425A |
Nanosecond Delay 纳秒级延旵/span> 50?已刻度延时电缅/span> 2-65ns延时+/span>1ns间隔 延时精度100ns戕/span><1% 阻抗不匹配反尃/span><2% |
426 |
Linear Gate 线性门 通过或阻塞信号幅?/span>+0.2-+10V 门控或非门控符合、反符合?/span> 增益1 积分非线性:<0.15%(+0.2-+10V) 温度稳定性:<0.015%/℃(0-50℃) 计数玆/span>增益漂移<0.25%'/span>4V参考脉冲,使用外部计数玆/span>65?00cps+/span>6V随机脉冲(/span> 门宽度:0.3-4s连续可调 |
499 |
Fast/Slow NIM Logic Converter ?/span>/慡/span>NIM逻辑转换?/span> |
542 |
Linear Gate and Stretcher 线性门 通过或阻塞信号幅?/span>+0.1-+10V 门控或非门控符合、反符合?/span> 内部或外部触发线性输凹/span> 输出延时和宽度可谂/span> 噪声<20V rms(对输?/span>) 脉冲拒绝:脉冲达峰后,在输出脉冲终止和输入脉冲恢复到基线水平之前前拒**续脉冱/span> 增益1 积分非线性:<0.2%(脉冲上升时间>100ns,脉冲宽?400ns) 温度稳定性:<0.015%/℃(0-50℃,输出电压5V(/span> 计数率脉冲发生器峰中心位于测量范図/span>85%处,脉冲中心漂移<0.1%(测量条仵/span>Cs137源随机信号计数率50?00cps,峰位于70%处,直流耦合,成形时间常?/span>-1s(/span> 门宽度:0.5-5s连续可调 |
Fast-Timing Discriminators
CF8000 |
Octal Constant-Fraction Discriminator 8路恒比定时鉴别器 内部延时 自动漂移调节 逻辑信号与、或输出 模拟信号和输凹/span> 禁止信号输入 ECL信号输出 能量信号输出 漂移<250ns(-50mV - -5V输出+/span>1ns上升时间、/span>10ns宽度+/span>2ns延时) 恒比比例0.4 输入/输出**计数玆/span>20MHz 脉冲对分辨时闳/span><50ns 传输延时输出A典型倻/span>13ns,输?/span>B典型倻/span>16ns 阀值温度稳定性:<100ppm/℃(0-50℃) 输入信号幅度0 - -5V |
CFD-DELAY-5NS |
CF8000 Option Delay Plug-in +5ns延时 |
CFD-DELAY-10NS |
CF8000 Option Delay Plug-in+10ns延时 |
CFD-DELAY-30NS |
CF8000 Option Delay Plug-in+30ns延时 |
CFD-DELAY-50NS |
CF8000 Option Delay Plug-in+50ns延时 |
583B |
Constant-Fraction Differential Discriminator/SCA (requires 6 V)恒比定时鉴别?/span>/单道分析?/span> 输入电压9/span>0 ~ -10V,过载保抣/span> 上鉴别阀值:-30mV ~ -5V,下鉴别阀值:-30mV ~ -5V 阀值积分非线性:?#177;0.5%(满量稊/span>) 阀值温度稳定性:?#177;0.1mV/℃(0 ~50℃) 时间游动9/span>?5ps'/span>100:1动态范围,外部成形延迟时间~2ns,输入上升时闳/span>?ns,输入脉冲宽?/span>~10ns,阀倻/span>30mV(/span> 传输延迟9/span>18ns 输出脉冲宽度可调 |
584 |
Constant-Fraction Discriminator 输入电压9/span>0 ~ -5V 输入/输出**计数玆/span>50MHz *小输入阀倻/span>5mV 鉴别阀值范围:-5mV~ -1V 阀值积分非线性:?#177;0.25%(满量稊/span>) 阀值温度稳定性:?#177;0.1mV/℃(0 ~50℃) 自有延时标称倻/span>25ns(外部恒比延时≈2ns(/span> *小脉冲对分辨时间9/span><=20ns 死时间标称倻/span>20ns 阻塞输出宽度<=10臲/span>>=1000ns可调 时间游动9/span>?00ps'/span>100:1动态范围,-20mV---2V,条件恒比延旵/span>~2ns,输入上升时闳/span>?ns,输入脉冲宽?/span>10ns(/span> 输出脉冲宽度可调 |
935 |
Quad 200MHZ Constant-Fraction Discriminator/SCA (requires 6 V) 4路恒比定时鉴别器/单道分析?/span> 适用亍/span>1nsFWMH定时信号(微通道板,快逞/span>PMT快速硅探测器) 超低漂移<50ps(典型倻/span><25ps+/span>100:1动态范围) 快速精确漂移调节(监控过零点) 恒比比例20% 脉冲对分辨时闳/span><5ns更新模式+/span><7ns阻塞模式 输入/输出**计数玆/span>>200MHz更新模式+/span>>150MHz阻塞模式 |
9307 |
Pico-TIMING Discriminator(requires 6 V) 皮秒级定时鉴别器 输入脉冲宽度400ps-5ns,幅?/span>-50mV- -5V 超低漂移<20ps'/span>-150mV- -1.5V(/span> 1TTL输出+/span>2快速负NIM定时输出 脉冲对分辨时闳/span><1ns贞/span>NIM定时输出 输入/输出**计数玆/span>100MHz 阀值温度稳定性:<0.1mV/℃(0-50℃) 传输延时温度敏感?/span><10ps/℃(0-50℃) |
CAMAC ADCs and Memory
AD413A (Obsolete Dec 2014) |
CAMAC Quad 8k ADC 16?28遒/span>ADC CAMAC快逞/span>FERAbus总线 5s转换时间 Gedcke-Hale活时间校止/span> CAMAC控制活时钟?/span>FERAbus/CAMAC读出+/span>0或过流抑制,主控门控、本地门控、单/符合模式+/span>上下阀鉴别器、输入直流偏秺/span> 查分输入 模拟信号输入9/span>0-+10V(逐次逼近ADC(/span> 分辨玆/span>16?28道(0.625V/道) 积分非线性:<0.025% 微分非线性:<1% 温度稳定性:增益<50ppm/℃(0-50℃),零点偏移:<50ppm/ℂ/span> 上鉴别阀范围9/span>CAMAC控制8.5V-10V DC偏移范围9/span>-40mV-+40mV 活时间时钟:**计数167772.16s,分辨率10ms 读出模式控制:串行模式,过流抑制、单符合模式 读时间:100ns每双孖/span>FERAbus+/span>1s每字CAMAC |
CMC203 |
CAMAC FERA Driver Memory and Histogrammer CAMAC FERA驱动器,存储和柱状图 用于处理和读出控刵/span> FERAbus列表模式月/span>1M个自先进先出缓存,适用于多参数符合测量 3个柱状图模式 列表模式/柱状图缓存:10480576个字(16bit ) 柱状图数据速率?*5MHz **柱状图计数:可逈/span>16bit'/span>65535个计数)戕/span>32bit'/span>4294967295个计数) DAC输出9/span>12bit 0-10.2375V |
HM413 |
CAMAC FERAbus Histogramming Memory 快速谱数据柱状国/span> 两种操作模式:监控和读出控制模式 监控模式适用于多参数符合 读出控制模式用于夙/span>ADC读出控制 |
HV Bias/NIM Power Supplies and Bins
428 |
Detector Bias Supply 用于硅表面垒探测?/span> 两个独立输出,电压:0-1kV精密调节,输出内阻:1.3M? 波纹和噪声:?#177;0.0002% 温度稳定性:?#177;0.02%/℃(0-50℃)instability 线性稳定性:正比于直流电源稳定性(?#177;0.02%,使?/span>ORTEC4002直流电源+/span>105-125V(/span> |
495 |
Power Supply (6 V) +6V戕/span>-6V直流电源 输入电源9/span>103~130VAC+/span>46-63Hz 0.95A 输出电压9/span>+6V戕/span>-6V'/span>5~6V范围内可调) 环境温度9/span>0-60ℂ/span> 温度系数9/span>200ppm/℃(**值) 波纹和噪声:?0mV'/span>20MHZ带宽(/span> 输出阻抗9/span><0.12?'/span>100kHz(/span> 恢复时间9/span><2ms 开关冲击电压:<5%标称输入 |
556 |
High-Voltage Power Supply (3kV) 高压电源,用亍/span>PMT,微通道板,正比计数器和盖格-米勒计数?/span> 双宽?/span>NIM插件 输入电源9/span>115戕/span>230VAC+/span>46-63Hz 输出电压9/span>0-3kV(数字显示),电?/span>0-10mA 噪声和波纹:<10mV'/span>20Hz-20MHz(/span> 环境温度9/span>0-50ℂ/span> 温度稳定性:?#177;50ppm%/℃(热机30min后) 长期稳定性:<0.01%/小时+/span><0.03%/?/span> 过载保护 可重调性:可调节到输出电压皃/span>0.1% |
556H |
High-Voltage Power Supply (3kV) 高压电源,用亍/span>PMT,微通道板,正比计数器和盖格-米勒计数?/span> 单独组件(非NIM插件(/span> 输入电源9/span>115戕/span>230VAC+/span>46-63Hz 输出电压9/span>0-3kV(数字显示),电?/span>0-10mA 噪声和波纹:<10mV'/span>20Hz-20MHz(/span> 环境温度9/span>0-50ℂ/span> 温度稳定性:?#177;50ppm%/℃(热机30min后) 长期稳定性:<0.01%/小时+/span><0.03%/?/span> 过载保护 可重调性:可调节到输出电压皃/span>0.1% |
659 |
5-kV Detector Bias Supply 探测器偏压电源,用于锗或硅探测器 输出电压9/span>0-5kV 0-500V(双路输出)电流0-100A 输出电压上升时间9/span>500ms 噪声和波纹:<10mV(5HZ~50MHZ) 温度稳定性:?#177;0.08%/℃(10~50℃) 长期稳定性:<0.1%/h 过载保护 支持ORTEC SHUTDOWN保护 |
660 |
Dual 5-kV Detector Bias Supply 独立双路探测器偏压电溏/span> 输出电压9/span>0-5kV 0-500V(双路输出)电流0-100A 输出电压上升时间9/span>500ms 噪声和波纹:<10mV(5HZ~50MHZ) 温度稳定性:?#177;0.08%/℃(10~50℃) |
710 |
Quad 1-kV Bias Supply 四路偏压电源 每路电源极性单独设置,电源0-100V戕/span>0-1kV 断路保护(探测器电流超过20A+/span>探测器真空变坏) 报警(探测器真空变坏,停止数据采集并报警(/span> 电压或电?/span>LED显示 温度稳定性:?0ppm/℃(10~50℃) 长期稳定性:<0.001%/?/span> |
4001A/4002A |
NIM Bin and 96-W Power Supply (with12V24V) NIM机箱/96W电源?#177;12V24V(/span> 输出电源/**电流12V/2A?#177;24V/1A+/span>117VAC/0.4A 短路和过载保抣/span> 输出阻抗9/span><0.3?(频玆/span><100kHz(/span> 输入电压9/span>100-240VAC+/span>47-63Hz 噪声和波纹:<3mV(50MHZ示波?/span>) 温度稳定性:?.01%/℃(0~60℃) 长期稳定性:<0.3%/6个月 |
4001A/4002D |
NIM Bin and 160-W Power Supply(with6V12V24V) 输出电源/**电流6V/10A?#177;12V/3A?#177;24V/1.5A+/span>115VAC/0.5A 输出阻抗9/span><0.3?(频玆/span><100kHz(/span> |
4001C/4002D |
NIM Bin (with copper bus bars) and 160-W Power Supply (with6V12V24V) NIM铜母线机箰/span>/160W电源(6V12V24V) 输出电源/**电流6V/10A?#177;12V/3A?#177;24V/1.5A+/span>115VAC/0.5A 短路和过载保抣/span> 输出阻抗9/span><0.3?(频玆/span><100kHz(/span> 输入电压9/span>100-240VAC+/span>47-63Hz 噪声和波纹:<3mV(50MHZ示波?/span>) 温度稳定性:?.02%/℃(0~60℃) 长期稳定性:<0.5%/6个月 |
4001C/4002E |
NIM Bin (with copper bus bars) and BLACK MAX PS (with6V12V24V) NIM铜母线机箰/span>/160W电源(6V12V24V) 输出电源/**电流6V/12A?#177;12V/4A?#177;24V/2A+/span>115VAC/0.5A 短路和过载保抣/span> 输出阻抗9/span><0.3?(频玆/span><100kHz(/span> 输入电压9/span>100-240VAC+/span>47-63Hz 噪声和波纹:<3mV(50MHZ示波?/span>) 温度稳定性:?.02%/℃(0~60℃) 长期稳定性:<0.5%/6个月 |
4002P |
Portable Power Supply (with12V24V) 便携式电溏/span> 可支?/span>4路探测器 输出电源/**电流12V/1A?#177;24V/0.5A 过热保护和过载保抣/span> 输出阻抗9/span><0.3?(频玆/span><100kHz(/span> 输入电压9/span>100-240VAC+/span>47-63Hz 噪声和波纹:<3mV(50MHZ示波?/span>) 温度稳定性:?.02%/℃(0~60℃) 长期稳定性:<0.5%/6个月 |
4002P-C1 |
4002P Option Preamp Power Fan-Out Cable |
4003 |
Preamplifier Power Output 前放电源输出口(仍/span>NIM机箱取电(/span> 支持6路前放,9钇/span>D型插?/span> 每路单独滤波 |
4006 |
Minibin and Power Supply 微型NIM机箱和电溏/span> 6?/span>NIM标准插槽 2个标准前放电源插?/span> 输出电源/**电流6V/4A?#177;12V/1.5A?#177;24V/0.75A+/span>120VAC/0.5A 短路和过载保抣/span> 输出阻抗9/span><0.3?(频玆/span><100kHz(/span> 输入电压9/span>100-240VAC+/span>50/60Hz+/span>400VA?*(/span> 噪声和波纹:<3mV(50MHZ示波?/span>) 温度稳定性:?.02%/℃(0~60℃) 长期稳定性:<0.5%/6个月 |
NIM MCA/MCB
DPM-USB |
Dual Port Memory to USB Converter. 5-m cable 双端口存储器臲/span>USB转换器(5m电缆(/span> |
920E |
EtherNIM 16-input Multichannel Buffer 16个输入口高性能MCA 集成Ethernet连接叢/span> 16k道数据内存,每道**计数9/span>232-1 4k遒/span>ADC+/span>15s固定转换时间 ADC 逐次逼近滑移线?/span>ADC **分辨率:4096道,软件选择4096 2048+/span>1024+/span>512+/span>128,或64遒/span> 微分非线性:?#177;1% 积分非线性:?#177;0.025% 增益稳定性:?#177;50ppm/ℂ/span> 死时间校正:外部'/span>Gedcke-Hale方法(/span> 可预?/span> 活时闳/span>/死时间:*小单佌/span>20ms ROI峰计?/span>/总计?/span> 数据溢出:超迆/span>20亿停止计?/span> 峰不确定?/span> 核素MDA 多路转化?/span>/路由?/span> 软件选择1~16个输?/span> 信号隔离>72db 输入阀值:100-500mV可调,所有输入相吋/span> DC电平稳定性:≣/span>20V/ℂ/span> |
920-16-OPT1 |
Pigtail Cable |
926-M32-USB |
8k Multichannle Buffer with USB Interface and MASTRO-32 Software 8k双端口多道存储器,含MASTRO-32软件 逐次逼近滑移线?/span>ADC **分辨率:8192道,软件选择8192 4096 2048 1024戕/span>512遒/span> 每事件死时间(包括内存转换时间)8s 微分非线性:?#177;1% 积分非线性:?#177;0.025% 增益稳定性:?#177;50ppm/ℂ/span> 每道**计数9/span>232-1 死时间校正:跳线选择'/span>Gedcke-Hale方法戕/span>ZDT方法(/span> USB接口 |
ASPEC-927 |
Dual 16k Input MCA. Includes MASTRO-32 Software and 10-ft USB Interface cable 16k双端口多道存储器,含MASTRO-32软件叉/span>10英尺USB接口线缆 逐次逼近滑移线?/span>ADC **分辨玆/span>16384道,软件选择16384 8192 4096 2048+/span>1024戕/span>512遒/span> 每事件死时间(包括内存转换时间)2s 微分非线性:?#177;1% 积分非线性:?#177;0.025% 增益稳定性:?#177;50ppm/ℂ/span> 数据内存9/span>512kb 死时间校正:软件选择'/span>Gedcke-Hale方法戕/span>ZDT方法(/span> USB接口?*传输速度480Mbps |
Non-NIM MCA/MCB
EASY-MCA-2K |
2k Multichannle Analyzer 2K多道分析?/span> 独立结构 具有GATE BUSY PUR输入 ADC死时间(包括内存转换时间(/span><2s 微分非线性:?#177;1% 积分非线性:?#177;0.025% 增益稳定性:?#177;50ppm/ℂ/span> 死时间校正逻辑输入'/span>Gedcke-Hale方法(/span> USB接口?*传输速度480Mbps |
EASY-MCA-8K |
8k Multichannle Analyzer8K多道分析?/span> 独立结构 ADC死时间(包括内存转换时间(/span><2s 微分非线性:?#177;1% 积分非线性:?#177;0.025% 增益稳定性:?#177;50ppm/ℂ/span> 死时间校正逻辑输入'/span>Gedcke-Hale方法(/span> USB接口?*传输速度480Mbps |
MCS/Multiple-Stop Time Spectrometers
Easy-MCS |
Multichannel Scale with software |
MCS-PCI-OPT2 |
Fan-Out Cable for MCS-PCI |
Special Instrument
439 |
Digital Current Integrator 数字电流积分?/span> 输入对地阻抗9/span>>11010? coulomb 泄露电流9/span><1pA 温度稳定性:?#177;0.05%/℃(0-50℃) 数字输出不精确度9/span>?#177;0.2%'/span>100nA-10mA(/span> 数字再现?/span>0.01% 模拟信号精确度:前面板仪?/span>2%,后面板仪表9/span>1.5% |
Pulse Generators
419 |
Precision Pulse Generator 精密脉冲发生?/span> 输出脉冲幅度0-1V可调,上升时间前面板选择,下降时间常数(指数衰减时间(/span>200s戕/span>400s 温度稳定性:?#177;0.005%/℃(0-50℃) 线性电压不稳定?/span>?#177;0.001%(电源电源改受/span>10%(/span> 波纹和噪声:?#177;0.003%(脉冲幅度) 脉冲重复速率:交流电源频率或7010Hz(使用内部振荡器(/span> 内部振荡器温度稳定性:?#177;0.05%/℃(0-50℃) 内部振荡器时间稳定性:?#177;1%/?/span> |
480 |
Pulser 脉冲发生?/span> 输出脉冲幅度0-1V可调,上升时间前面板选择,下降时间常数(指数衰减时间(/span>200s戕/span>400s 温度稳定性:?#177;0.01%/℃(0-50℃) 线性电压不稳定?/span>?#177;0.005%(电源电源改受/span>10%(/span> 波纹和噪声:?#177;0.003%(脉冲幅度) 非线性:<0.25% 上升时间9/span><10ns(指数波形) 下降时间9/span>时间常数(指数衰减时间)200s戕/span>400s 脉冲重复速率:交流电源频率或7010Hz(使用内部振荡器(/span> 内部振荡器温度稳定性:?#177;0.05%/℃(0-50℃) 内部振荡器时间稳定性:?#177;1%/?/span> |
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