Resistors(1283)
Accessories(227)
Specialized Resistors(1056)
Capacitors(376)
Silicon Capacitors(376)
Integrated Circuits (ICs)(61714)
Specialized ICs(2775)
Audio Special Purpose(1425)
Clock/Timing(6902)
Delay Lines(844)
Real Time Clocks(2386)
Application Specific Clock/Timing(3672)
Interface(6006)
Signal Terminators(233)
Telecom(2978)
CODECS(1440)
Direct Digital Synthesis (DDS)(100)
Voice Record and Playback(393)
Filters - Active(862)
Linear(44606)
Video Processing(2152)
Comparators(4804)
Analog Multipliers, Dividers(221)
Amplifiers(37429)
Hot Parts
TAS5830DADR
OPA397DCKR
TLV3232QDGKRQ1
TLV1831QDCKRQ1
OPA810QDBVRQ1
TLV3511QDCKRQ1
TLV3511DBVR
TLV3232DSGR
INA299A2IDBVR
INA187A3IDBVR
INA187A1IDBVR
INA187A2IDBVR
INA299A1IDBVR
INA299A3IDBVR
MAX74811ARMZ-RL
MAX74811ARMZ-R7
MAX74821ARMZ-R7
MAX74821ARMZ
MAX74811ARMZ
MAX74821ARMZ-RL
INA241B3EDRQ1
INA296B3EDRQ1
OPA383DBVR
MIC333T-E/LTY
MIC333T-E/OT
MIC2333T-E/MS
NL0333DCAE1S
NL2333AFAE2S
NL2333AFAE2S-ES
NL0333DCAE1S-ES
Industry News
LMC6484AIN Ultra-Low Input Bias Current Measurement: Rail-to-Rail Op-Amp Performance Data Report
2026-10-14
4
In precision signal chain design, the bias current of an operational amplifier often serves as the "invisible ceiling" determining system accuracy. When sensor output impedance reaches the megohm level, or when a photodiode requires fA-level current detection, even a pA-level difference in bias current can render the entire measurement chain ineffective. As a CMOS rail-to-rail input/output operational amplifier, the LMC6484AIN boasts a nominal input bias current of only tens of fA—yet what does …
LM1875T Full Datasheet: Comprehensive Analysis of Electrical Characteristics and Absolute Maximum Ratings for the 20W Audio Power Amplifier
2026-10-13
4
As a classic audio power amplifier chip from TI, the LM1875T has maintained a market presence of over ten million units in the 20W power range—yet 90% of engineers only utilize about 60% of its performance potential. Based on the latest official datasheet, this article systematically dissects the complete electrical characteristics, absolute maximum ratings, and engineering application limits of this TO-220 packaged amplifier, helping you master the key design considerations in one go. Core Posi…
LT1178ACN8 Bench Test: Can a 30μV Offset Voltage at 14μA Quiescent Current Meet Precision Acquisition Requirements?
2026-10-06
4
In the field of precision signal acquisition, engineers often face a contradictory choice: ultra-low power consumption and high precision specifications are usually difficult to achieve simultaneously. The LT1178ACN8 breaks this inherent trade-off with its nominal specifications of 14μA quiescent current and 30μV offset voltage. But can laboratory measurements support its reliable application in scenarios such as 24-bit Σ-Δ ADC front-ends and bridge sensor signal conditioning? This article provi…
LT1213CS8 Core Parameter Measurements: How the 28 MHz Gain-Bandwidth Product and 12 V/µs Slew Rate Impact Precision Design
2026-10-05
4
In precision signal chain design, the dynamic parameters of an operational amplifier often define the performance ceiling of the entire system. The LT1213CS8 specifies a nominal 28MHz gain-bandwidth product and a 12V/µs slew rate, but do actual measurements align with the datasheet? How significant are the quantitative impacts of these two core parameters on settling time, distortion, and power consumption in real-world circuits? Based on laboratory characterization, this article deconstructs th…
Scan QR Code