Residential water heater
Products and reference designs
Residential water heater
Overview
Our integrated circuits and reference designs help you create advanced residential water heater and heating systems with high energy-efficiency star ratings and accurate sensing.
Design requirements
Modern residential water heater and heating system designs often require:
- Highly efficient, reliable, compact and low external machine interface (EMI) power supply and power factor correction (PFC) solutions.
- Accurate and robust carbon monoxide sensing and electric leakage monitoring.
- High efficiency and powerful motor control with enhanced protection.
- Secure, robust and low-power wireless connectivity.
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Block diagram
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Technical documentation
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| Type | Title | Date | ||
|---|---|---|---|---|
| More literature | Signal Integrity vs. Transmission Rate and Cable Length for RS-485 Transceivers | 21 Sep 2017 | ||
| Technical articles | Simplifying loop compensation and poles and zeros calculations | 18 Mar 2016 | ||
| Technical articles | Simplifying loop compensation and poles and zeros calculations | 18 Mar 2016 | ||
| More literature | Temperature sensors: PCB guidelines for surface mount devices (Rev. A) | 18 Jan 2019 | ||
| More literature | Replacing single-phase ACIMs with three-phase BLDC motors saves energy | 15 Apr 2016 | ||
| Technical articles | Power Tips: how to power low voltage, low-power industrial applications with a Fly-buck™ | 12 Nov 2013 | ||
| More literature | Understanding Smart Gate Drive (Rev. D) | 11 May 2022 | ||
| More literature | Power Electronics in Motor Drives: Where is it? (Rev. A) | 08 Oct 2019 | ||
| Technical articles | A simple and efficient LED driver for video surveillance cameras | 05 Jun 2017 | ||
| More literature | Speed-Control Techniques in AC-DC Operated BLDC Applications | PDF | HTML | 05 Jul 2018 |
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