Number of Analog Inputs DT3362-16SE/8DI
DT3362-64SE/32DI Input Ranges
Output Data Codes
Input Impedance
Bias Current
f""'m ... M .... ,.::a"" T' ... ~ 1:7 .... ' ~ ... ""
... ~& . . & . . ~&& &&~U.~ ... &&t"I.&~ Y '-' . . ~Q':1""
Maximum
Common Mode Rejection Ratio (CMRR), Gain
=
1Maximum Input Voltage Without Damage, Power On
Maximum Input voltage Without Damage, Power Off
Amplifier Input Noise
Channel-to-channel Input voltage Error
16SE or 8DI, user-selectable 64SE or 32DI, user-selectable
o
to +10V (unipolar);±10V (bipolar)
Straight binary (unipolar);
Offset binary (bipolar);
Two's complement (bipolar);
jumper-selectable. - -Sign extension available with bipolar ranges
"Off" channel: 100M2 in parallel with 10pF;
"On" channel: 1002 in parallel with 100pF
±20nA
±llV
80dB at 60Hz, 1k2 unbalanced
±35V
±20V
0.2 LSB rms
NOTE: Where gain is greater than 1, input noise is multiplied by gain.
±5pV
ACCURACY Resolution Nonlinearity
Differential Nonlinearity Inherent Quantizing Error System Accuracy
Channel Cross Talk Gain Error
Zero Error
DYNAMIC PERFORMANCE
Channel Acquisition Time To within 1/2 LSB AID Conversion Time
Max. AID Converter Throughput
Sample And Hold Aperture Uncertainty
Sample And Hold Aperture Delay
Sample And Hold Feedthrough Attenuation
Sample And Hold Droop Rate
SPECIFICATIONS DT3362-16SE/SDI AND DT3362-64SE/32DI
12 bits
Less than ±1/2 LSB Less than ±1/2 LSB
±1/2 LSB
To within ±.O3% FSR -SOdB at 1kHz
Adjustable to 0 Adjustable to 0
lS,us 10,us 50kHz
(Throughput is defined as the maximum frequency of AID conversions achievable by the boarde The figure given above does not allow for software overhead necessary to retrieve the converted data.)
10ns SOns
SOdB at 1kHz O.lmV/ms
SPECIFICATIONS
DT3362-16SE/8DI AND DT3362-64SE/32DI
THERMAL CHARACTERISTICS A/D Zero Drift
Amplifier Zero Drift
Gain Drift
Differential Linearity Drift Monotonicity
±lOpV/OC (unipolar);
±lOppm of FSR/oC (bipolar)
[±20pV/oC] +
[(±3pV/oC)xGain]
±30ppm of FSR/oC
±3ppm of FSR/oC
Monotonic, 0 to +50oC (32 to 122°F)
SPECIFICATION, DT3362-16SE/8DI-PGH AND DT3362-64SE/32DI-PGJ 2.3 DT3362-16SE/8DI-PGH AND DT3362-64SE/32DI-PGH
ANALOG INPUTS
Number of Analog Inputs DT3362-8DI/16SE-PGH DT3362-32DI/64SE-PGH Input Ranges
Output Data Codes
Software Programmable Gain Input Impedance
Bias Current
Common Mode Input voltage, Maximum
Common Mode Rejection Ratio (CMRR), Gain = 1
Maximum Input Voltage Without Damage: Power On
Maximum Input voltage Without Damage, Power Off
Amplifier Input Noise
Channel-to-channel Input Voltage Error
8DI or 16SE, user-selectable 32DI or 64SEf user-selectable
o
to 1.25V to 0 to +10V (unipolar);±1.25V to ±10V (bipolar) Straight binary (unipolar);
Offset binary (bipolar);
Two's complement (bipolar);
jumper selectable. Sign extension is available with bipolar ranges
1, 2, 4, 8
"Off" channel: 100M2 in parallel with 10pF;
"On" channel: 100M2 in parallel with 100pF
±20nA
±llV
80dB at 60Hz, 1kQ unbalanced
±35V
±20V
0.2 LSB rms
NOTE: Where gain is greater than 1, input noise is multiplied by gain.
±5pV
SPECIFICATIONS
DT3362-16SE/BDI-PGH AND DT3362-64SE/32DI-PGH
ACCURACY Resolution Nonlinearity
Differential Nonlinearity Inherent Quantizing Error System Accuracy
Gain - 1 Gain -= B Channel Cross Talk Gain Error
Zero Error
DYNAMIC PERFORMANCE Channel Acquisition Time
To within 1/2 LSB A/D Conversion Time
Max. A/D Converter Throughput
Sample And Hold Aperture Uncertainty
Sample And Hold Aperture Delay
Sample And Hold Feedthrough Attenuation
Sample And Hold Droop Rate
12 bits
Less than ±1/2 Less than ±1/2
±1/2 LSB
To within ±.O3%
To within ±.OS%
-BOdB at 1kHz Adjustable Adjustable
lSps lOps 50kHz
to 0 to 0
LSB LSB
FSR FSR
(Throughput is defined as the maximum frequency of A/D conversions achievable by the board. The figure given above does not allow for software overhead necessary to retrieve the converted data.)
lOns
SOns
BOdB at 1kHz O.1mV/ms
THERMAL CHARACTERISTICS A/D Zero Drift
Amplifier Zero Drift
SPECIFICATIONS DT3362-16SE/8DI-PGH AND DT3362-64SE/32DI-PGH
±10pV/OC (unipolar)
±10ppm of FSR/"C (bipolar)
[±20pV/oC] +
[(±3pV/oC)xGain]
±30ppm of FSR/oC
Differential Linearity Drift ±3ppm of FSR/oC
Monotonicity Monotonic, 0 to +SooC
(32 to 122°C)
SPECIFICATIONS
DT3362-F-16SE AND DT3362-F-64SE
2.4 DT3362-F-16SE AND DT3362-F-64SE ANALOG INPUTS
Number of Analog Inputs DT3362-F-16SE
DT3362-F-64SE Input Ranges
Output Data Codes
Software programmable Gain Input Impedance
Bias Current
Common Mode Input Voltage, Maximum
Common Mode Rejection Ratio (CMRR), Gain = 1
Maximum Input Voltage Without Damage, Power On
Maximum Input Voltage Without Damage, Power Off
Amplifier Input Noise
Channel-to-channel Input Voltage Error
16SE 64SE
o
to 1.2SV to 0 to +10V (unipolar);±1.2SV to ±10V (bipolar) Straight binary (unipolar) Offset binary (bipolar);
Two's complement (bipolar);
jumper-selectable. Sign extension is available with bipolar ranges
1, 2, 4, 8
"Off" channel: 100M2 in parallel with SOPF;
"On" channel: 100M2 in parallel with 100pF 10nA
±10.SV
80dB at 60Hz, lk2 unbalanced
±27V
±12V
0.2 LSB rms
NOTE: Where gain is greater than 1, input noise is multiplied by gain.
1/2 LSB
ACCURACY Resolution Nonlinearity
Differential Nonlinearity Inherent Quantizing Error System Accuracy
Gain = 1 Gain
=
2Gain z: 4 Gain = 8
Channel Cross Talk Gain Error
Zero Error Offset Error Noise
SPECIFICATION DT3362-F-16SE AND DT3362-F-64S
12 bits
Less than ±1/2 LSB
Less than 0.012% of FSR
±1/2 LSB
To within ±.03% FSR To within ±.04% FSR To within ±.05% FSR To within ±.07% FSR -100dB at 1kHz Adjustable to 0 Adjustable to 0 Adjustable to 0
0.2 LSB rms
SPECIFICATIONS
DT3362-F-16SE AND DT3362-F-64SE DYNAMIC PERFORMANCE
Channel Acquisition Time To within 1/2 LSB A/D Conversion Time
Max. A/D Converter Throughput
Sample And Hold Acquisition Time
Sample And Hold Aperture Uncertainty
Sample And Hold Aperture Delay
Sample And Hold Attenuation
'et _ _ ~""\.. _ _ •• "..\-.
S:CCUI..U"'VU~U
Sample And Hold Droop Rate THERMAL CHARACTERISTICS A/D Zero Drift
Amplifier Zero Drift Gain Drift
Differential Linearity Drift Monotonicity
4,us 4,us 125kHz
(Throughput is defined as the maximum frequency of A/D conversions achievable by the board. The figure given above aoes not allow for software overhead necessary to retrieve the converted data.)
2.5,us
0.5ns lOOns
80dB at 1kHz 50pV/,us
±50,uV/OC (unipolar)
±10ppm of FSR/oC (bipolar)
50pV/oC
±30ppm of FSR/oC
±3ppm of FSR/oC
Monotonic, 0 to +70 oC (32 to 158°C)
SPECI FICATION:
DT3362-F-8DI AND DT3362-F-32D:
2.S DT3362-F-SDI AND DT3362-F-32DI ANALOG INPUTS
Number of Analog Inputs DT3362-F-SDI
DT3362-F-32DI Input Ranges
Output Data Codes
Software programmable Gain Input Impedance
Bias Current
Common Mode Input voltage, Maximum
Common Mode Rejection Ratio (CMRR), Gain = 1
Maximum Input Voltage Without Damage, Power On
Maximum Input voltage Without Damage, Power Off
Amplifier Input Noise
Channel-to-channel Input Voltage Error
801 3201
o
to 1.2Sv to 0 to +10V (unipolar);±1.2SV to ±10V (bipolar) Straight binary (unipolar) Offset binary (bipolar);
Two's complement (bipolar);
jumper selectable. Sign extension is available with bipolar ranges
1, 2, 4, 8
"Off" channel: 100M2 in parallel with SOPF;
~On" channel: 100M2 in parallel with 100pF 10nA
±10.SV
SOdS at 60Hz, 1k2 unbalanced
±27V
±12V
0.2 LSS rms
NOTE: Where gain is greater than 1, input noise is multiplied by gain.
1/2 LSB
SPECIFICATIONS
DT3362-F-8DI AND DT3362-F-32DI
ACCURACY Resolution Nonlinearity
Differential Nonlinearity Inherent Quantizing Error System Accuracy
Gain = 1 Gain
=
2Gain = 4 Gain = 8
Channel Cross Talk Gain Error
Zero Error Offset Error Noise
12 bits
Less than ±1/2 LSB
Less than 0.012% of FSR
±1/2 LSB
To within ±.03% FSR To within ±.04% FSR To within ±.O5% 1l'C!D .... .., ... , To within ±.07% FSR -100dB at 1kHz Adjustable to 0 Adjustable to 0 Adjustable to 0
0.2 LSB rms
DYNAMIC PERFORMANCE Channel Acquisition Time
To within 1/2 LSB A/D Conversion Time
Max. A/D Converter Throughput
Sample And Hold Acquisition Time
Sample And Hold Aperture Uncertainty
Sample And Hold Aperture Delay
Sample And Hold Feedthrough Attenuation
Sample And Hold Droop Rate THERMAL CHARACTERISTICS A/D Zero Drift
Amplifier Zero Drift Gain Drift
Differential Linearity Drift Monotonicity
4ps 125kHz
SPEcr FICATION~
DT3362-F-8DI AND DT3362-F-32D:
(Throughput is defined as the maximum frequency of AID conversions achievable by the board. The figure given above does not allow for software overhead necessary to retrieve the converted data.)
2.Sps O.Sns lOOns
BOdB at 1kHz SOpV/ps
±SOpV/OC (unipolar)
±10ppm of FSR/oC (bipolar)
sopv/oe
±30ppm of FSR/oe
±3ppm of FSR/oe
Monotonic, 0 to +70 oe (32 to lS8CF)
SPECIFICATIONS
DT3362-G-16SE AND DT3362-G-64SE
2.6 DT3362-G-16SE AND DT3362-G-64SE