INA216A3RSWR

画像は参照用のみです。

INA216A3RSWR

IC CURRENT SHUNT MONITOR 10UQFN

  • メーカー
  • Mfr。パート #INA216A3RSWR
  • パッケージ UQFN-10
  • データシート
  • 在庫中5781

100% オリジナル &新しい

出荷の準備ができている24時間

365日の保証

RFQおよびもっと割引を得る

仕様

Package Tape & Reel (TR),Cut Tape (CT)
Series Zero-Drift
ProductStatus Active
Function Current Monitor
SensingMethod High-Side
Accuracy ±0.06%
Voltage-Input 1.8V ~ 5.5V
OperatingTemperature -40°C ~ 125°C
MountingType Surface Mount
Package/Case 10-UFQFN

概要

Description

INA216A3RSWR is TI’s high‑side current‑sense amplifier in the INA216 family. It measures the small voltage drop across a shunt resistor in series with a load and outputs a larger voltage proportional to current, suitable for an MCU/ADC.
Key points
- High‑side current sensing with a wide common‑mode range
- Low input offset and good temperature stability
- Rail‑to‑rail output for convenient ADC interfacing
- Typically offers protection features (fault/overvoltage) and a fixed gain for simple design
- Available in a Tape‑and‑Reel packaging variant (RSWR)
Applications
- Battery management, DC motor drive, power supplies, and load/current monitoring with detection/protection
How to use
- Put a shunt in series with the load, connect INA216’s inputs across the shunt, power the device from a single supply within its range, and read the output with an ADC (optionally add a reference offset).
Note
- For exact electrical specs (supply range, gain, bandwidth, CM range, offsets), consult the INA216A3RSWR datasheet on TI’s website.

Features

Here are the typical features of TI’s INA216A3RSWR (current-sense amplifier):
- High-side/current-sense amplifier for measuring across a shunt resistor
- Wide supply range (single-supply operation)
- Input common-mode range suitable for high-side sensing
- Rail-to-rail output for single-supply operation
- Low input offset voltage and low drift
- Good CMRR and PSRR to reject common-mode noise
- Short-circuit/overvoltage protection on inputs
- Low quiescent current
- RoHS-compliant small package (8-pin, tape & reel option)
Note: exact gain and some electrical specs vary by variant; consult the datasheet for precise numbers.

Package

8‑lead SOIC (SOIC‑8) package, RoHS‑compliant, Tape & Reel.

Pinout

- Pin count: 8 pins (8-pin package, e.g., SOIC-8/MSOP-8)
- Function: High-side current-sense amplifier. Differential inputs sense voltage across a shunt resistor; provides an output voltage proportional to the sensed current for ADC monitoring.

Manufacturer

Manufacturer: Texas Instruments Incorporated (TI).
TI is an American multinational semiconductor company that designs and manufactures analog and mixed-signal ICs, embedded processors, and other semiconductor products. It is one of the world’s largest suppliers of analog ICs, headquartered in Dallas, Texas.

Application

Applications of INA216A3RSWR:
- Precision sensor conditioning (load cells/strain gauges, thermocouples, RTDs)
- Current sensing with low-value shunts in automotive and industrial equipment
- Data-acquisition front-ends and portable instrumentation
- Medical devices and wearable sensors
- Industrial process control and instrumentation
- Bridge sensor interfaces and low-level differential measurements
- Battery-powered systems with single-supply operation

Equivalent

Equivalents (high-side current-sense amplifiers):
- Analog Devices: AD8210, AD8213 (and related AD8211/AD8212 family)
- Linear Technology: LT6101, LT6102
- TI (digital monitors, if I2C output is OK): INA219, INA226
Note: pinouts, gains, and output types differ—check datasheets to match shunt range, supply voltage, and interface.

出荷

出荷方法私たち

DHL、FedEx、TNT、UPS、またはあなたの選択の他の運送業者を通じてグローバルな出荷サービスを提供します。


出荷料参照(DHL/FedEx):

DHL の: 配送費は25ドル〜45ドル(0.5kg)の範囲で、推定配送時間は2〜5営業日です。

フェデックス: 配送費は25ドル〜40ドル(0.5kg)の範囲で、推定配送時間は3〜7営業日。

UPS の: 配送費は25ドル〜45ドル(0.5kg)の範囲で、推定配送時間は3〜7営業日。

TNT社: 配送費は25ドル〜65ドル(0.5kg)の範囲で、推定配送時間は3〜7営業日。

EMS: 配送料金は30〜50ドル(0.5kg)の範囲で、推定配送時間は7〜15営業日です。

登録航空郵便: 配送費は2〜4ドル(0.1kg)で、推定配送時間は5〜20営業日です。

支払い

Payment Methods

支払い期間は100%前払いです。

現在、下記の支払い方法のみを受け入れています。:

1. ペイパル

2. クレジット・デビットカード

3. ワイヤー 転送