Specifications
/
Modules

M1049
Carrier Amplifier

M1060
High Gain DC

M1064 High-Bandwidth

M1070
Attenuator/ Amp

M1079
Isolated Attenuator/ Amp

Application:

Variable Reluctance Transducers, RVDT, LVDT, strain gage

Differential amp for bridge or voltage input

Piezo accels, strain gauge and voltage signals requiring wide bandwidth.

Low- to high-level inputs. Ex: potentiometric, voltage, LVDT

Voltage inputs requiring galvanic isolation from ground.

Input Configuration:

High Gain Differential

High Gain Differential

High Gain Differential

Low Gain Differential

Isolated Differential

Input Bandwidth:

DC to 1 KHz

DC to 2 kHz

DC to 100 kHz

DC to 5 kHz

DC to 5 kHz

Input Range:

< 500 mV

< 200 mV

< 200 mV

< 100 V d.c.

< 100 V d.c.

Input Impedance:

20 K 0hms

1 M 0hms

1 M ohm

220 K 0hm

>2 M ohm

Noise:

< 0.1% (RTO)

< 5 µV RMS (RTI) at max. gain (5 kHz bandwidth)

< 5µ volts r.m.s. (RTI) at max gain (f<5KHz)

< 20 µV RMS (RTI)

4µV / Hz (RTI)

Drift:

< 0.1% (RTO)

Less than 2 µV/°C (RTI) at max. gain

< 20 µV/°C (RTI) at max gain

< 20 µV/°C (RTI)

< 20 µV/°C (RTI)

Linearity:

< 0.5%

< 0.5%

< 0.5%

< 0.5%

< 0.5%

CMRR: (DC - 60Hz)

60 dB

90 dB

90 dB

60 dB

60 dB

Gain:

25 to 3200, in 7 switched steps, with fine control

20–5000 in switched steps, with fine control

1 - 2000 in switched steps, with fine control

fine gain control

fine gain control

Voltage Output (max):

±10 VDC

±10 VDC

±10 VDC

±10 VDC

±10 VDC

Source Impedance:

0.5 ohms

0.5 ohms

0.5 ohms

0.5 ohms

0.5 ohms

(into 120 ohm)

±10 mA

±10 mA

±10 mA

±10 mA

±10 mA

Source Impedance:

250 0hms

250 0hms

250 0hms

250 0hms

250 0hms

Required Slots

1

1

1

1

1

Operating Modes:

Mode 2: Variable Reluctance Transducer

Mode 2: Low-level signals

Mode 2: Low level signals

Mode 2: Low to high-level signals

Low to high-level signals

Maximum Input:

3 VRMS

±15V D.C.

± 15v D.C.

100 VDC

100 VDC

Other Features:

2 Vrms ±1% 3 kHz ±5%

3–12 VDC adjustable, bridge excitation

same as M1060

Up to 250Vrms with C103 or C104 input connector

Up to 250 Vrms with C103 or C104 input connectors

Specifications
/
Modules

M1061
Thermocouple

M1073
RMS/DC Converter

M1080
Frequency/DC Converter

M1020
Designer Module

M1043
Synchro/DC Converter

Application:

Thermocouple and similar low-level devices

For monitoring amplitude changes in AC signals.

For use with turbine flowmeters, RPM, tach, etc.

Custom Design

Angular position

Input Configuration:

High Gain Differential

Differential

Single-ended

N/A

S1, S2, S3, R1, R2, Synchro S1, S2, S3, R1, R2 Resolver

Input Bandwidth:

DC to 1 kHz

40 Hz to 10 kHz

1 Hz to 10 kHz

N/A

50 Hz to 400 Hz

Input Range:

< 100 mV

10 mV to 80 Vrms

10 mV - 100 Vrms

N/A

shifted in 45° sectors

Input Impedance:

220 K 0hms

220 K 0hms

10 K 0hms

N/A

200 K 0hms

Noise:

< 5 µV RMS at max. gain

< 15 µV RMS (RTI)

±0.1%/C°

N/A

< 0.1% (RTO)

Drift:

< 2 µV/°C (RTI) at max. gain

< 5 µV/°C (RTI)

< 5 µV/°C (RTI)

N/A

same as noise

Linearity:

< 0.5%

< 0.5%

< 1%

N/A

< 0.5%

CMRR: (DC - 60Hz)

80 dB

N/A

N/A

N/A

N/A

Gain:

25–10,000 in 5 switched steps, with fine control

fine gain control

with fine control

N/A

4 Ranges: 1, 2, 4 and 8, with fine control

Voltage Output (max):

±10 VDC

±10 VDC

±10 VDC

N/A

±10 VDC

Source Impedance:

0.5 ohms

0.5 ohms

0.5 ohms

N/A

0.5 ohms

(into 120 ohm)

±10 mA

±10 mA

±10 mA

N/A

±10 mA (120 ohms)

Source Impedance:

250 0hms

250 0hms

250 0hms

N/A

250 0hms

Required Slots

1

1

1

1

2

Operating Modes:

Mode 2: Low-level/low-frequency signals

N/A

Mode 2: Square wave TTL

N/A

Synchro input via Scott Transformer

Maximum Input:

±12 VDC

80 VRMS

10 VRMS

N/A

26 VRMS

Other Features:

N/A

Up to 250 Vrms with C103 or C104 input connectors

Up to 250 VRMS with C103, or C104 input connectors

Circuit board with printed matrix, connectors

Segment magnification (8 segments). An isolating transformer is required for some applications