AD654—SPECIFICATIONS(TA = +258C and

AD654—SPECIFICATIONS
(TA = +258C and VS (total) = 5 V to 16.5 V, unless otherwise noted. All testing done



@ VS = +5 V.)









AD654JN/JR




Model


Min
Typ
Max
Units










CURRENT-TO-FREQUENCY CONVERTER







Frequency Range


0

500
kHz


Nonlinearity1




0.1



fMAX = 250 kHz



0.06

%


fMAX = 500 kHz



0.20
0.4
%


Full-Scale Calibration Error

—10

+10



C = 390 pF, IIN
= 1.000 mA




%


vs. Supply (fMAX
≤ 250 kHz)



0.40



VS = +4.75 V to +5.25 V


0.20

%/V


VS = +5.25 V to +16.5 V


0.05
0.10
%/V


vs. Temp (0°C to +70°C)


50

ppm/°C










ANALOG INPUT AMPLIFIER







(Voltage-to-Current Converter)







Voltage Input Range







Single Supply


0

(+VS — 4)
V


Dual Supply


—VS

(+VS — 4)
V


Input Bias Current



50



(Either Input)



30

nA


Input Offset Current


5

nA


Input Resistance (Noninverting)


250
1.0
MΩ


Input Offset Voltage


0.5

mV


vs. Supply




0.25



VS = +4.75 V to +5.25 V


0.1

mV/V


VS = +5.25 V to +16.5 V


0.03
0.1
mV/V


vs. Temp (0°C to +70°C)


4

µV/°C










OUTPUT INTERFACE (Open Collector Output)







(Symmetrical Square Wave)







Output Sink Current in Logic 02







VOUT = 0.4 V max, +25°C

10
20

mA


VOUT = 0.4 V max, 0°C to +70°C

5
10
100
mA


Output Leakage Current in Logic 1


10

nA


0°C to +70°C



50
500
nA


Logic Common Level Range

—VS

(+VS — 4)
V


Rise/Fall Times (CT = 0.01 µF)




µs


IIN = 1 mA



0.2




IIN = 1 µA



1

µs


POWER SUPPLY








Voltage, Rated Performance

4.5

16.5
V


Voltage, Operating Range







Single Supply


4.5

36
V


Dual Supply


± 5

± 18
V


Quiescent Current




2.5



VS (Total) = 5 V


1.5

mA


VS (Total) = 30 V


2.0
3.0
mA


TEMPERATURE RANGE




°C


Operating Range


—40

+85













NOTES
1At fMAX = 250 kHz; RT = 1 kΩ, CT = 390 pF, IIN = 0 mA—1 mA. fMAX = 500 kHz; RT = 1 kΩ, CT = 200 pF, IIN = 0 mA—1 mA.
2The sink current is the amount of current that can flow into Pin 1 of the AD654 while maintaining a maximum voltage of 0.4 V between Pin 1 and Logic Common.

Specifications shown in boldface are tested on all production units at final electrical test. Results from those tests are used to calculate outgoing quality levels. All min and max specifications are guaranteed, although only those shown in boldface are tested on all production units.

Specifications subject to change without notice.

結果 (中文) 1:

AD654 产品 — — 规格(TA = +258C 和 VS （总） = 5 V 至 16.5 V，除非另有说明。所有测试完成@ VS = + 5 V.)AD654JN/JR模型分钟Typ最大单位电流-频率转换器频率范围0500千赫Nonlinearity10.1大 = 250 千赫0.06%大 = 500 千赫0.200.4%全面校准错误— — 10十周年C = 390 pF，国讯= 1.000 马%与供应 （大≤ 250 千赫)0.40VS = +4.75 V 至 5.25 V0.20%/VVS = 5.25 V 到 +16.5 V0.050.10%/V与温度 (0 ° C 至 + 70 ° C)50ppm / ° C模拟输入的放大器（电压电流转换器）电压输入范围单电源0(+ VS — — 4)V双电源— — VS(+ VS — — 4)V输入偏置电流50（或输入）30nA输入偏置的电流5nA输入的电阻 （同相）2501.0M Ω输入失调的电压0.5mV与供应0.25VS = +4.75 V 至 5.25 V0.1mV/VVS = 5.25 V 到 +16.5 V0.030.1mV/V与温度 (0 ° C 至 + 70 ° C)4Μ V / ° C输出接口 （开路输出）（对称方波）02 逻辑输出接收器电流VOUT = 0.4 V 最大，25 ° C1020马VOUT = 0.4 V 最大，0 ° C 至 + 70 ° C510100马1 逻辑输出漏电流10nA0 ° C 至 + 70 ° C50500nA逻辑电路常见级别范围— — VS(+ VS — — 4)V上升/下降时间 (CT = 0.01 µ F)微秒国讯 = 1 马0.2国讯 = 1 Μ A1微秒电源电压、 额定性能4.516.5V电压，经营范围单电源4.536V双电源± 5± 18V静态电流2.5VS （总） = 5 V1.5马VS （总） = 30 V2.03.0马温度范围° C经营范围— — 4085备注1 在大 = 250 千赫;RT = 1 k ω，CT = 390 pF，国讯 = 0 马 — — 1 马。大 = 500 千赫;RT = 1 k ω，CT = 200 pF，国讯 = 0 马 — — 1 马。2The 接收器当前是当前的可以流进针 1 ad654 产品的同时保持 0.4 V 引脚 1 和逻辑共同之间最大电压数目。以粗体显示的参数测试最后的电气测试时的所有生产单位。从这些测试结果用于计算传出的质量水平。虽然只有那些以粗体显示在所有的生产单位被测试，保证所有最小和最大规格。规格如有更改，恕不另行通知。

結果 (中文) 2:

5 V 电压，工作范围单电源4.5 36 V 双电源±5 ±18 V 静态电流2.5 VS（总计）= 5 V 1.5 mA的VS（总）= 30 V 2.0 3.0 mA的温度范围℃的工作范围-40 + 85 注1AT的fMAX = 250千赫; RT = 1千欧，CT = 390 pF的，IIN = 0 MA-1毫安。的fMAX = 500千赫; RT = 1千欧，CT = 200 pF的，IIN = 0 MA-1毫安。2The水槽电流的电流可流入AD654的管脚1，同时保持针1与逻辑普通之间0.4伏的最大电压的量。粗体显示规格上最后的电气试验台机组全部投产测试。从这些试验的结果被用来计算传出的质量水平。所有的最小和最大规格保证，虽然只在粗体显示的是在所有的生产设备进行测试。规格如有更改，恕不另行通知。

結果 (中文) 3:

ad654 -规格（你258c and VS = +（总）= 5V至16.5 V，除非另有noted。所有的测试做“VS = + 5 V）ad654jn /小模型分钟典型的马克斯单位电流-频率变换器频率范围0500千赫nonlinearity10.1Fmax = 250千赫0.06%500千赫频率=0.200.4%满刻度校准误差10+ 10C = 390 PF，IIN我= 1000%供应（Fmax。≤250千赫）0.40VS = 5.25 V to + V + 4.750.20% / VVS = + 5.25 V + 16.5 V0.050.10% / V与温度（0°c to + 158）50ppm / C模拟输入放大器（电压-电流转换器）输入电压范围单电源0（+和- 4）V双电源VS（+和- 4）V输入偏置电流50（或输入）30Na输入偏移电流5Na输入电阻（noninverting）2501Ω输入偏移电压0.5MV与供应0.25VS = 5.25 V to + V + 4.750.1MV / VVS = + 5.25 V + 16.5 V0.030.1MV / V与温度（0°c to + 158）4µv / C输出接口（开放集电极输出）（对称方波）电流输出库在逻辑02VOUT = 0.4 V max + C1020我的VOUT = 0.4 V最大，0°c to + 158510100我的输出漏电流在逻辑110Na0°c to + 15850500Na普通级逻辑范围VS（+和- 4）V上升/下降时间（CT = 0.01µF）μ我的成绩= 10.2IIN = 1μ1μ电源电压、额定性能4.516.5V电压操作范围单电源4.536V双电源±5±18V静态电流2.5VS = 5V（总）1.5我的对（总）= 30 V2.03我的温度范围C经营范围40+ 85笔记1 Fmax = 250千赫；RT = 1 KΩ，CT = 390 PF，IIN = 0 1我的。Fmax = 500kHz；RT = 1 KΩ，CT = 200 PF = 0 - 1，我我我。二沉current is the amount of that can flow into引脚电流1 of the ad654 while maintaining最大电压of 0.4 V 1与逻辑之间的共同的松树。规格shown in boldface是测试我们所有生产单位在最后的电气测试。results from those are used to calculate离任测试质量水平。所有的最小和最大规格是保证，尽管only those shown in boldface是测试我们所有的生产单位。规格subject to变化没有说明书。