会社ブログについて Mingjiada Supply Maxim MAX6463, MAX6464, MAX6746 And MAX6747 Microprocessor Supervisory Circuits

Mingjiada Supply Maxim MAX6463, MAX6464, MAX6746 And MAX6747 Microprocessor Supervisory Circuits

In embedded systems, industrial control, communication modules and portable devices, microprocessor (µP) monitoring circuits perform critical tasks such as power-on reset, under-voltage detection and protection against power supply anomalies. Shenzhen Mingjiada Electronics Co., Ltd. — a long-standing supplier of the [Maxim] MAX6463/MAX6464 and MAX6746/MAX6747 series of microprocessor (µP) monitoring circuits, providing reliable power monitoring and reset solutions for µP systems.

I. 【Maxim】MAX6463 | MAX6464 — Ultra-low-power voltage detectors and microprocessor monitoring circuits
1. Description: The MAX6463/MAX6464 are a series of ultra-low-power voltage detectors and µP reset monitoring circuits, suitable for monitoring battery, supply and system voltages. Each device features a precise bandgap reference, a comparator, an internal resistor network for threshold setting, and a 5% threshold hysteresis circuit. The MAX6463 is a voltage detector with a propagation delay of 17 µs. The MAX6464 is a microprocessor monitoring circuit with a minimum reset delay of 150 ms; all devices provide thresholds ranging from +1.6 V to +5.5 V in 100 mV steps.
2. Key Features:
1.0 µA ultra-low supply current
Preset thresholds from +1.6 V to +5.5 V in 100 mV steps
Internal 5% threshold hysteresis
±2.5% threshold accuracy over the full temperature range
Selectable internal delay period (minimum 150 ms)
Transient short-circuit protection
No external components required
Three output options: push-pull (low-active/high-active) and open-drain (low-active)
Full temperature range from –40°C to +125°C
Micro SC70 and SOT23 packages
Mingjiada Electronics supplies the following models (partial list):
MAX6463UR30
MAX6463UR31
MAX6463XR16
MAX6463XR18
MAX6463XR22
MAX6463XR26
MAX6463XR29
MAX6463XR30
MAX6464UR23
MAX6464XR16
MAX6464XR22
MAX6464XR29
MAX6464XR39
MAX6464XR46

II. [Maxim] MAX6746 | MAX6747 — Microprocessor reset circuits providing capacitively adjustable reset/watchdog timeout periods
1. Description: The MAX6746/MAX6747 are low-power microprocessor (µP) monitoring circuits designed to monitor single or dual system supply voltages, whilst providing a stable reset output and watchdog functionality. The MAX6746/MAX6747 feature factory-preset reset thresholds with an accuracy of ±2%, ranging from 1.575 V to 5.0 V in 100 mV steps.
2. Key Features:
Configurable reset and watchdog options to support a wide range of applications
Factory-preset reset threshold options ranging from 1.575 V to 5 V, in steps of approximately 100 mV
Adjustable reset threshold options
Single/dual voltage monitoring
Capacitively adjustable reset timeout
Capacitively adjustable watchdog timeout
Minimum/maximum (window-type) watchdog options
Manual reset input option
Push-pull or open-drain, low-active reset output option
3.7 µA supply current, reducing system power consumption
8-pin SOT23 package, saving PCB space
Mingjiada Electronics supply models (partial list):
MAX6746KA16
MAX6746KA23
MAX6746KA26
MAX6746KA29
MAX6746KA31
MAX6746KA46
MAX6747KA16
MAX6747KA23
MAX6747KA26
MAX6747KA29
MAX6747KA31
MAX6747KA46

Mingjiada Electronics maintains a stock of MAX6463/MAX6464 and MAX6746/MAX6747 series components, and supports both sample purchases and bulk orders. These series of devices are suitable for applications such as automotive systems, battery-powered computers/controllers, computers, precision microprocessor monitoring, embedded controllers, smart meters, medical devices, portable equipment and set-top boxes.

For details regarding specific models, packages, prices and stock availability of the MAX6463/MAX6464 and MAX6746/MAX6747 series, please visit the Mingjiada Electronics website (https://www.integrated-ic.com/) to obtain the latest quotations and technical documentation.