Best Differential Voltage Input

Honeywell L8148A1017 Immersion-Type Controller

No user/operator instructions or data sheets.Find the download data by yourself, please make sure you consider whether you know the operation before buying. Size: 68x42x14mm, LTC1871 IC with External MOSFET..
Conversion Efficiency: Up to 96%. Low input voltage or a large difference between input and output voltage will degrade the current capacity and efficiency..
Boost voltage to a stable regulated output. Useful for a wide range of applications, such as powering 5V USB devices from a 3.7V lithium cell, powering higher powered electronics from a 12V battery, and a wide range of automotive and electronic projects. Constant voltage regulation, not for raw LEDs..
Button to switch measurement of the input or output voltage, and LED indicates the current measurement of the input or output voltage.
The nixie tube can be turned off by another button. Mentioned states are able to be memorized, is not lost even if the power is disconnected. (On-board marked "IN" LED is turned on, the nixie tube display input voltage value, "OUT" LED bright display is the output voltage value)..
Output voltage must be greater than input voltage, do not apply reverse polarity voltage, voltmeter works only when input is >= 4V..

Balanced XLR inputs with Common Mode Rejection.
Differential-sensing RCA input circuit designed to reject input hum.
Independent power supply rectification for each of the 7 channels, to ensure excellent isolation..
Separate output protection relays for each channel, designed to disengage the speaker from the amp in the unlikely case of a short, or excessive DC....
A modular audio channel design to ensure each audio signal is isolated from the other channels, from input all the way to output..

Balanced XLR inputs with Common Mode Rejection.
Differential-sensing RCA input circuit designed to reject input hum.
Independent power supply rectification for each of the 5 channels, to ensure excellent isolation..
Separate output protection relays for each channel, designed to disengage the speaker from the amp in the unlikely case of a short, or excessive DC offset..
A modular audio channel design to ensure each audio signal is isolated from the other channels, from input all the way to output..

This module can be applied to fields in the input voltage is higher than the step-down output voltage, such as batteries, power transformers, DIY....
With a voltage meter and voltmeter displays self-calibration. Uses a more advanced microprocessor voltage voltmeter error ± 0.05V, Range 0 ~ 40V. (To....
Touch of a button to switch the input or output voltage measurements and has a light show which is being measured voltages, and save the settings,....
Input Voltage 4.5~ 40V. (Input voltage must be higher than the output voltage of 1.5v or more).
Adjustable output voltage range of 1.25V ~ 37V continuously adjustable. (Input voltage must be higher than the output voltage of 1.5V).

For microcontrollers without an analog-to-digital converter or when you want a higher-precision ADC, the ADS1015 provides 12-bit precision at 3300 samples..
Cond over I2C,The chip can be configured as 4 single-ended input channels, or two differential channels..
As a nice bonus, it even includes a programmable gain amplifier, up to x16, to help boost up smaller single/differential signals to the full range..
We like this ADC because it can run from 2V to 5V power/logic, can measure a large range of signals and its super easy to use. It is a great general purpose 12 bit converter..
The chip's fairly small so it comes on a breakout board with ferrites to keep the AVDD and AGND quiet. Interfacing is done via I2C. The address can be changed , you can have up to 4 ADS1015's connected on a single 2-wire I2C bus for 16 single ended inputs..

DS18 3 amp Volt stabilizer - input any voltage between 6-16v and get steady output at 14.4V..
Wide voltage input, steady output voltage @ 14.4V..
Strong performance, high reliability, & best preset voltage.
Input voltage range: 6-16v. Output voltage: constant 14.4V..
Voltage stabilized accuracy: 003c 0.5%. Ripple factor: 003c 0.1%. transfer efficiency: 003e 85%..

DROK buck converter input voltage is DC 9v-36v, output voltage is 5.2V (5V-5.3V available according to your input voltage)..
The step down regulator adopts synchronous rectification scheme to provide wide voltage range, large current and high efficiency..
Our buck voltage regulator is user-friendly, accompany with DC interface and connecting terminals, make it easier to be connected to different devices..
The voltage reducer is with USB interface and quick charge identifying chip, and is compatible with Android and Apple..
Note: Input different voltage will output different power: input DC 9-24V, output 5.2V/6A/30W.

Output Power: 35W, Can Reach 50W If Add a Cooling Fan..
Display --- Digital LCD Display, Clear & Convenient to Watch..
Protection --- Over Voltage Protection(OVP).
Note --- When Input Voltage is Lower than 4.7V, it will trigger Low Voltage Protection. Recommend to use at Input > 7V. If Input Voltage < 7V, OutPut Power will be reduced..

【High-grade DC-DC Buck Converter】It adopts premium quality electronic components and waterproof (IP68) aluminum housing. Widely used for golf cart, club car, motor, speaker, GPS, car display screen, LED strip light, air-conditioner, electric fan, solar energy, DVD and other devices that requires DC 12V voltage..
【Input Voltage】 DC 24V (Input Range: 18V to 36V). A stable DC power is recommended as the input power supply, and the rated voltage supply should be within the voltage range of 18V to 36V..
【Output Voltage】DC 12V (Output Current: 40A). Please NOTE the output voltage/current/power is rated..
【Multiple Protections】Built-in over-temperature, over-current, over-voltage, output short- circuit protection to ensure your devices safely..
【Easy to DIY】Connect INPUT wires to power source, OUTPUT wires to your load device. The wiring diagram is labeled on the back of buck converter. Please don't power on before completing the circuit and connection, do not reverse the input and output interface. ※ Two INPUT wires = Red wire(positive pole) + Black wire(negative pole). ※ Two OUTPUT wires = White wire(positive pole) + Black wire(negative pole)..