LTC6258HDC#TRMPBF Analog Devices Integrated Circuit (Small Outline No-lead) In Stock

Name: LTC6258HDC#TRMPBF
Brand: Analog Devices
SKU: LTC6258HDC#TRMPBF
Availability: InStock

The LTC6258HDC#TRMPBF is a single rail-to-rail input/output op-amp with 1.3 MHz bandwidth and only 23 µA quiescent current. It features low input offset voltage and high CMRR of 95 dB typical. Supplied in a compact 6-pin DFN package for space-constrained designs.

OBSOLETEIntegrated CircuitVerified Jun 2026

Package / Visual Reference

LTC6258HDC#TRMPBFSmall Outline No-lead

Quick Facts

Manufacturer: Analog Devices
Package: Small Outline No-lead
Pin Count: 6
Lifecycle: OBSOLETE
Datasheet: LTC6258HDC#TRMPBF Datasheet PDF
Category: Integrated Circuit
Temp Range: -40.0°C to 125.0°C
RoHS: Compliant
Lead Time: 3–7 business days
Shipping: DHL Express · Worldwide

What are the key features of LTC6258HDC#TRMPBF?

Rail-to-rail input/output for maximum dynamic range
Ultra-low 23 µA quiescent current for battery-powered designs
1.3 MHz gain-bandwidth product with voltage-feedback architecture
95 dB typical common-mode rejection ratio
Available in compact 6-pin DFN (2 mm x 2 mm) package

What is LTC6258HDC#TRMPBF used for?

The LTC6258HDC#TRMPBF is well suited for portable and IoT sensor signal conditioning where low power consumption is critical. Its rail-to-rail swing makes it ideal for single-supply data acquisition front-ends and active filter stages operating from 1.8 V to 5.5 V. Medical wearables, handheld instruments, and energy-harvesting nodes benefit from its combination of micropower operation and precision.

What are the specifications of LTC6258HDC#TRMPBF?

Pbfree Code	No
Manufacturer Package Code	05-08-1703
YTEOL	0
Amplifier Type	OPERATIONAL AMPLIFIER
Architecture	VOLTAGE-FEEDBACK
Average Bias Current-Max (IIB)	0.075 µ A
Common-mode Reject Ratio-Min	64dB
Common-mode Reject Ratio-Nom	95dB
Frequency Compensation	NO
Input Offset Current-Max (IIO)	0.075 µ A
Input Offset Voltage-Max	1000 µ V
JESD-30 Code	S-PDSO-N6
JESD-609 Code	e3
Low-Bias	NO
Low-Offset	NO
Micropower	YES
Number of Functions	1
Package Body Material	PLASTIC/EPOXY
Package Equivalence Code	SOLCC6,.08,20
Package Shape	SQUARE
Package Style	SMALL OUTLINE, HEAT SINK/SLUG, VERY THIN PROFILE
Packing Method	TR
Peak Reflow Temperature (Cel)	260
Power	NO
Programmable Power	NO
Slew Rate-Min	0.2V/us
Slew Rate-Nom	0.24V/us
Supply Current-Max	0.025mA
Supply Voltage Limit-Max	5.5V
Supply Voltage-Nom (Vsup)	5V
Surface Mount	YES
Technology	CMOS
Temperature Grade	AUTOMOTIVE
Terminal Finish	Matte Tin (Sn) - annealed
Terminal Form	NO LEAD
Terminal Pitch	0.5mm
Terminal Position	DUAL
Time@Peak Reflow Temperature-Max (s)	30
Unity Gain BW-Nom	1300
Voltage Gain-Min	3500
Wideband	NO
Package	Small Outline No-lead

Compliance & Regulatory

RoHS Status	Compliant
Lead-Free	Yes (Pb-Free)
Moisture Sensitivity Level	MSL 1
ECCN	EAR99
HTS Code	8542.33.00.01
Country of Origin	Thailand

Where can I find the LTC6258HDC#TRMPBF datasheet?

LTC6258HDC#TRMPBF Datasheet Download

Official datasheet from Analog Devices

What are equivalent replacements for LTC6258HDC#TRMPBF?

No known alternates. Submit an RFQ and our team can suggest alternatives.

Frequently Asked Questions

What is the quiescent current of the LTC6258HDC#TRMPBF and why does it matter for battery-powered circuits?

The LTC6258HDC#TRMPBF draws only 23 µA of quiescent current per channel, making it one of the lowest-power op-amps in its class. This allows a single CR2032 coin cell to power the amplifier for months, which is critical in IoT sensors, wearables, and remote data loggers where battery replacement is costly or impractical.

What supply voltage range does the LTC6258HDC#TRMPBF support, and can it run from a single 3.3 V rail?

Yes. The LTC6258HDC#TRMPBF operates from a single supply of 1.8 V to 5.5 V, or a split supply up to ±2.75 V. Running from a single 3.3 V rail is well within specification, making it directly compatible with most microcontroller I/O levels and low-voltage ADC reference requirements.

How does the CMRR of 95 dB (typical) affect signal integrity in differential measurement applications?

A 95 dB typical CMRR means common-mode noise appearing on both inputs is attenuated by a factor of roughly 56,000 at the output. This level of rejection is essential for bridge sensor amplifiers, electrochemical cells, and temperature measurement circuits where ground-loop interference and 50 Hz/60 Hz pickup would otherwise corrupt millivolt-level signals.

What package does LTC6258HDC#TRMPBF use and what are its dimensions?

The LTC6258HDC#TRMPBF is housed in a 6-lead DFN (2 mm x 2 mm) package with an exposed thermal pad. This footprint is approximately 4 mm², which is suitable for densely packed PCBs in hearing-aid modules, medical patches, and miniaturized wireless sensor nodes where board area is at a premium.

When is LTC6258HDC#TRMPBF a better choice than a standard CMOS op-amp operating at higher current?

Whenever the quiescent budget for the analog front-end is below 50 µA total, the LTC6258HDC#TRMPBF at 23 µA is the right choice. Standard CMOS op-amps with comparable 1.3 MHz bandwidth typically draw 100 µA to 500 µA, which would reduce battery life by 5× to 20× in duty-cycled systems sampling every few seconds.

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LTC6258HDC#TRMPBF Analog Devices Integrated Circuit (Small Outline No-lead) In Stock

What are the key features of LTC6258HDC#TRMPBF?

What is LTC6258HDC#TRMPBF used for?

What are the specifications of LTC6258HDC#TRMPBF?

Compliance & Regulatory

Where can I find the LTC6258HDC#TRMPBF datasheet?

What are equivalent replacements for LTC6258HDC#TRMPBF?

Frequently Asked Questions

What is the quiescent current of the LTC6258HDC#TRMPBF and why does it matter for battery-powered circuits?

What supply voltage range does the LTC6258HDC#TRMPBF support, and can it run from a single 3.3 V rail?

How does the CMRR of 95 dB (typical) affect signal integrity in differential measurement applications?

What package does LTC6258HDC#TRMPBF use and what are its dimensions?

When is LTC6258HDC#TRMPBF a better choice than a standard CMOS op-amp operating at higher current?

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