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circuit borad Price List
| Model | Description | Leading | Price |
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Input voltage range: AC85V-275V DC110V-390V No load power:
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In Stock
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Input voltage range: AC85V-275V DC110V-390V No load power:
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In Stock
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Input voltage range: AC85V-275V DC110V-390V No load power:
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In Stock
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Input voltage range: AC85V-275V DC110V-390V ;No load power: <0.05W Full load power: 5W half-load ripple 50mv full-load ripple 80mv
Output characteristics: Multiple modules with the same voltage can be used in parallel to meet the needs of small space and large current
Output voltage: 5V±...
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In Stock
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Input voltage range: AC85V-275V DC110V-390V; No load power: <0.05W ;Full load power: 5W half-load ripple 50mv full-load ripple 80mv ;
Output characteristics: Multiple modules with the same voltage can be used in parallel to meet the needs of small space and large current Output voltage:...
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In Stock
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Input voltage range: AC85V-275V DC110V-390V ;No load power: <0.05W ;Full load power: 5W half-load ripple 50mv full-load ripple 80mv.
Output characteristics: Multiple modules with the same voltage can be used in parallel to meet the needs of small space and large current.
Output voltage:...
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In Stock
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Subscribe
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Input voltage range: AC85V-275V DC110V-390V ;No load power: <0.05W; Full load power: 5W; Half-load ripple 50mv full-load ripple 80mv
Output characteristics: Multiple modules with the same voltage can be used in parallel to meet the needs of small space and large current Output voltage: 5V±...
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In Stock
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Subscribe
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Input voltage range: AC85V-275V DC110V-390V No load power: <0.05W
Full load power: 5W half-load ripple 50mv full-load ripple 80mv
Output characteristics: Multiple modules with the same voltage can be used in parallel to meet the needs of small space and large current Output voltage: 5V±...
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In Stock
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Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
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In Stock
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Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
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|
A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
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|
A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
|
|
A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
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|
A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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|
A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
|
|
A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
|
|
A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
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|
A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
|
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A device that can make a constant current form in the circuit, such as a dry battery, a storage battery, a DC generator, etc., is called a DC power supply. DC power supply has two electrodes, positive and negative, the potential of the positive electrode is high, and the potential of the negative...
|
In Stock
|
Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation [Input level]: NPN/PNP universal
[Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation [Input level]: NPN/PNP universal
[Isolation voltage]: 3000V [Output...
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In Stock
|
Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
|
In Stock
|
Subscribe
|
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|
[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
|
In Stock
|
Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
|
In Stock
|
Subscribe
|
|
|
[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation [Input level]: NPN/PNP universal
[Isolation voltage]: 3000V [Output...
|
In Stock
|
Subscribe
|
|
|
[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
|
In Stock
|
Subscribe
|
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
|
Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation [Input level]: NPN/PNP universal
[Isolation voltage]: 3000V [Output...
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In Stock
|
Subscribe
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation [Input level]: NPN/PNP universal
[Isolation voltage]: 3000V [Output...
|
In Stock
|
Subscribe
|
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[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation [Input level]: NPN/PNP universal
[Isolation voltage]: 3000V [Output...
|
In Stock
|
Subscribe
|
|
|
[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC [PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC
[Isolation method]: Opto-decoupling isolation [Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
|
In Stock
|
Subscribe
|
|
|
[Maximum inrush current]: 49A [Input voltage]: 3.3-5VDC [Maximum switching frequency]: 2000 times/second 12-24VDC
[PWM maximum frequency]: 500 times/sec [Output voltage]: 12-24VDC [Isolation method]: Opto-decoupling isolation
[Input level]: NPN/PNP universal [Isolation voltage]: 3000V [Output...
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In Stock
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Subscribe
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THE ANALOG INPUT MODULE CAN COLLECT UP TO 18 ANALOG SIGNALS (4-20MA, 0-20MA, 0-5V, 0-10V, 0-30V, O-60V, ETC.), AND UPLOAD THE OUTPUT 16-BIT RESOLUTION AND 1‰ ACCURACY DATA TO THE MASTER STATION THROUGH THE 485 INTERFACE AND STANDARD MODBUS-RTU COMMUNICATION PROTOCOL. It can be directly...
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In Stock
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Subscribe
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THE ANALOG INPUT MODULE CAN COLLECT UP TO 18 ANALOG SIGNALS (4-20MA, 0-20MA, 0-5V, 0-10V, 0-30V, O-60V, ETC.), AND UPLOAD THE OUTPUT 16-BIT RESOLUTION AND 1‰ ACCURACY DATA TO THE MASTER STATION THROUGH THE 485 INTERFACE AND STANDARD MODBUS-RTU COMMUNICATION PROTOCOL. It can be directly...
|
In Stock
|
Subscribe
|
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