M-SYSTEMS 20VS3
Specifications
CMRR
Greater than or equal to 100 dB (500 V AC 50/60 Hz)
Construction
Hybrid IC
Conversion gain
×1 ±1 %
DC Power input
Operational voltage range: Rating ±5 %; approx. 7 mA with no load; ripple 2% p-p max
Dielectric strength
1500 V AC @1 minute (input or reference voltage source to output to power)
Frequency characteristics
Approx. 1 kHz, -3 dB
Housing Material
Epoxy resin
Insulation resistance
Greater than or equal to 100 M Omega with 500 V DC
Isolation
Input to output to power
Line voltage effect
±0.05 % over voltage range
Linearity
±0.001 % TYP. @G - 1 (±0.05% max.)
Mounting
Soldering to the printed wiring board
Operating humidity
30 to 90 %RH (non-condensing)
Operating temperature
-10 to +70°C (14 to 158°F)
Response time
Less than or equal to 450 µsec. (0 – 90 %)
Temp. coefficient
Offset drift 5 ppm/°C TYP. @G - 1 (20 ppm/°C max.); span drift 10 ppm/°C TYP. @G - 1 (50 ppm/°C max.)
Weight
20 g (0.71 oz)
Features
- Being used for printed wiring board installation
- High-linearity
- Isolating between input, output and power
- Isolation between input, output and power supply up to 1500 V AC
- Low power consumption
- Power 15 V DC
- Saving installation space
Datasheet
Extracted Text
MODEL: 20VS3 Overload input voltage: 30 V DC continuous Hybrid IC Isolation Amplifiers 20 Series Input offset voltage: ±15 mV Input bias current: 2 nA TYP. (@25°C) ISOLATION AMPLIFIER (3-port isolation) OUTPUT SPECIFICATIONS Functions & Features ■ DC Voltage: -5 – +5 V DC • Being used for printed wiring board installation Load resistance: ≥ 2 kΩ • Isolating between input, output and power Output impedance: ≤ 1 Ω • Isolation between input, output and power supply up to 1500 V AC • High-linearity REFERENCE VOLTAGE SOURCE • Low power consumption Output voltage: ±7.1 V DC ±10 % • Saving installation space Load current: ≤ 2 mA • Power 15 V DC INSTALLATION Typical Applications Power input • Isolating the field and input or output circuit of •DC: Operational voltage range: microprocessor to reduce noise from field Rating ±5 %; approx. 7 mA with no load; • Available for manufacturers of small-lot products to omit ripple 2 % p-p max. the development of isolation circuit Operating temperature: -10 to +70°C (14 to 158°F) Operating humidity: 30 to 90 %RH (non-condensing) 8 (.31) Mounting: Soldering to the printed wiring board Weight: 20 g (0.71 oz) 19 (.75) PERFORMANCE in percentage of span 33 (1.30) Linearity: ±0.001 % TYP. @G = 1 (±0.05 % max.) Temp. coefficient: mm (inch) Offset drift 5 ppm/°C TYP. @G = 1 (20 ppm/°C max.) span drift 10 ppm/°C TYP. @G = 1 (50 ppm/°C max.) MODEL: 20VS3–U Frequency characteristics: Approx. 1 kHz, -3 dB Response time: ≤ 450 μsec. (0 – 90 %) Conversion gain: ×1 ±1 % ORDERING INFORMATION Line voltage effect: ±0.05 % over voltage range • Code number: 20VS3-U Insulation resistance: ≥ 100 MΩ with 500 V DC Dielectric strength: 1500 V AC @1 minute (input or INPUT RANGE -5 – +5 V DC reference voltage source to output to power) OUTPUT RANGE -5 – +5 V DC CMRR: ≥ 100 dB (500 V AC 50/60 Hz) POWER INPUT DC Power U: 15 V DC GENERAL SPECIFICATIONS Construction: Hybrid IC Housing material: Epoxy resin Isolation: Input to output to power INPUT SPECIFICATIONS ■ DC Voltage Input : -5 – +5 V DC Input resistance: ≥ 1 MΩ (10 kΩ in power failure) http://www.m-system.co.jp/ 20VS3 SPECIFICATIONS ES-4404 Rev.2 Page 1/4 MODEL: 20VS3 EXTERNAL DIMENSIONS & TERMINAL ASSIGNMENTS unit: mm (inch) 8 (.31) 33 (1.30) 2.54 2.54 (.1) (.1) 12.7 (.5) 1 2 3 4 5 6 7 8 9 10 2.54 (.1) 5.08 5.08 (.2) (.2) SCHEMATIC CIRCUITRY & CONNECTION DIAGRAM FEEDBACK 4 INVERTING INPUT 3 Isolation Output Amplifier NON-INVERTING INPUT 1 9 + INPUT Driver OUTPUT COM (–) 2 10 – +7.1V 5 7 + REFERENCE POWER SUPPLY VOLTAGE SOURCE -7.1V 6 8 – Note: The reference voltage source is common to the COM (–), terminal 2. APPLICATION EXAMPLE The total resistance of the resistors connected to the amplifier must be max. 100 kΩ. ■ Non-inverting amplifier circuit: Basic example of G = 1 4 – 3 9 + – + + OUTPUT ±5V DC + 1 INPUT ±5V DC – 2 10 – + 5 REFERENCE VOLTAGE SOURCE POWER – 6 7 8 + – 15V DC Non-inverting circuit G = 1 http://www.m-system.co.jp/ 20VS3 SPECIFICATIONS ES-4404 Rev.2 Page 2/4 19 (.75) 2.5 (.1) MODEL: 20VS3 ■ Inverting amplifier circuit: Basic example of G = -1 (output inverted to the input) R1 R1 + 4 – 3 9 + – + INPUT ±5V DC + OUTPUT ±5V DC 1 – 2 10 – + 5 REFERENCE VOLTAGE SOURCE POWER – 6 7 8 + – 15V DC Inverting circuit G = -1 ■ Non-inverting amplifier circuit: Example of G = 1 + R1 / R2 R2 R1 4 – 3 9 + – + + + 1 OUTPUT VO INPUT VIN – 2 10 – + 5 REFERENCE VOLTAGE SOURCE POWER 6 – 7 8 + – 15V DC Non-inverting amplifier circuit G = 1 + R1 / R2 ■ Inverting amplifier circuit: Example of G = -R1 / R2 (output inverted to the input) R2 R1 + 4 – 3 9 + – + INPUT VIN + 1 OUTPUT VO – 2 10 – + 5 REFERENCE VOLTAGE SOURCE POWER – 6 7 8 + – 15V DC Inverting amplifier circuit G = -R1 / R2 ■ Non-inverting amplifier circuit with external adjustments: Example of G = 2 10kΩ (SPAN) 10kΩ 9kΩ 4 2kΩ – 3 9 + – + + OUTPUT ±5V DC + 1 2 10 – INPUT ±2.5V DC 50kΩ (ZERO) 200Ω 5 + REFERENCE VOLTAGE – POWER 6 – SOURCE 30kΩ 7 8 – + 15V DC Non-inverting amplifier circuit zero/span adjustments (input ±2.5V, output ±5V) http://www.m-system.co.jp/ 20VS3 SPECIFICATIONS ES-4404 Rev.2 Page 3/4 MODEL: 20VS3 ■ Inverting amplifier's circuit with external adjustments: Example of G = -1 (output inverted to the input) 10kΩ (SPAN) 9kΩ 10kΩ + 4 2kΩ – 3 9 + – + INPUT ±5V DC + OUTPUT ±5V DC 1 – 2 10 – 100kΩ (ZERO) 200Ω + 5 REFERENCE VOLTAGE POWER 6 – SOURCE 30kΩ 7 8 + – 15V DC Inverting amplifier circuit zero/span adjustments (input ±5V, output ±5V) ■ Non-inverting amplifier circuit: Example of ±10V DC output (±10V DC to the input ±5V DC) +15V 4 – + – + 3 9 – + R3 + + -15V 1 OUTPUT ±10V DC INPUT ±5V DC – 2 10 R3 – + 5 REFERENCE VOLTAGE SOURCE POWER – 6 7 8 + – 15V DC Non-inverting circuit G = 1 + R3 / R3 =2 ■ Inverting amplifier circuit: Example of ±10V DC output (output inverted to the input) +15V R1 R1 + 4 – + – + 3 9 – + R3 INPUT ±5V DC + 1 -15V OUTPUT ±10V DC – 2 10 R3 – 5 + REFERENCE VOLTAGE SOURCE POWER 6 – 7 8 + – 15V DC Inverting circuit G = -(1 + R3 / R3) = -2 Specifications are subject to change without notice. http://www.m-system.co.jp/ 20VS3 SPECIFICATIONS ES-4404 Rev.2 Page 4/4
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