TLC5615 SPI 10Bit Modul DAC V2
TLC5615 SPI 10Bit Modul DAC V2
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The TLC5615 SPI 10Bit v2 DAC module is a serial-connected digital-to-analog converter. Its output is voltage-type and the maximum output voltage is twice the reference voltage. It has a power-on reset function that resets the DAC register to all zeros. Its performance exceeds that of legacy current-based output DACs. It only requires three serial lines to complete a 10-bit serial input. It is easy to interface with industry-standard microprocessors or microcontrollers. It is suitable for battery-powered measuring instruments, mobile phones, and also for digital offset and gain adjustment and industrial control applications.
The TLC5615 DAC module is an excellent tool for projects where you need a high-quality digital-to-analog converter. It is useful in mobile devices where low power consumption is crucial, and in industrial applications where precision settings are required. It is ideal for use in instrument testing, allowing for easy parameter adjustment and device performance optimization.
Features:
- Working voltage: 5V
- Interface: 3-wire serial interface
- Voltage output range: 2 times the reference input voltage
- Maximum power consumption: 1.75mW
- Update rate: 1.21MHz
- Settling time to 0.51LSB:
- Operating temperature: 0°C~70°C
- Pin compatible with Maxim MAX515
Package Includes:
1 x TLC5615 SPI 10Bit Modul DAC Modul V2
Shipping & Returns
Shipping & Returns
- Shipping Time:- Our orders are shipped within 24 Hours.
- Delivery Time:- 2-5 Days (Anywhere in India), 7-10 Days for remote location
- Shipping Partner:- Bluedart, Delhivery, Xpressbees, & India Post.
- Replacement:- Damaged During Transit, Missing Parts Or Item Mismatch.
- Return:- Item mismatch or parts missing etc.
- No return/Replacement will apply if the Product has been subject to misuse, static discharge, neglect, accident, modification, or has been soldered or altered in any way.
- We accept no responsibility for improper installation of our products. Electrical polarity must be properly observed in hooking up electrical components.
