MM13 Search Results

MM1313

Abstract: GL11 GL12 MM1313AD MM1313BD MM1313A MM1313B
Contextual Info: MITSUMI I2C BUS Control 5-Input 2-Output AV Switch MM1313 I2C BUS Control 5-Input 2-Output AV Switch Monolithic IC MM1313 Outline This IC is a 5-input 2-output AV switch with I2C control, developed for use in televisions. Two outputs enable it to support two screens or "picture-in-picture".

charging lithium ic

Abstract: MM1332 MM1333
Contextual Info: MITSUMI Control for Lithium Ion Battery Charging one cell MM1333 Control for Lithium Ion Battery Charging (one cell) Monolithic IC MM1333 Outline This IC was developed for use in charging lithium ion batteries. PNP power transistor or P-MOS FET is mounted externally to control charging. This IC is for use with a single cell only, and provides precise control

OSD ic

Abstract: DIP-28C MM1381 MM1381XD MM1382 MM1382XD MM1383 MM1383XD c video na rgb B 1383
Contextual Info: RGB Video Amplifier with OSD Input MM1381, 1382, 1383 MITSUMI RGB Video Amplifier with OSD Input Monolithic IC MM1381, 1382, 1383 Outline MM1381XD, MM1382XD and MM1383XD are wideband RGB video amplifiers with OSD input, developed for use in monitors. The main differences between them are video amp bandwidth and output rise time, and

VIP 22A

Abstract: Vip ct 22A
Contextual Info: l2C BU S C o n tro l 5 -In p u t 2 -O u tp u t AV S w itch M M 1313 MâïSUMÎ Monolithic IC MM1313 This IC is a 5 -input 2 -o u tp u t AV sw itch w ith l2C control, developed fo r use in televisions. Tw o o utp uts enable it to su p p o rt tw o screens or "p ic tu re -in -p ic tu re ".

O10003

Abstract: cr 406 transistor CD 4050 pin diagram
Contextual Info: MâïSUMÎ Lithium Ion Battery Charging one cell MM1333 Monolithic IC MM1333 This IC was developed for use in charging lithium ion batteries. A power transistor or P-MOS FET is mounted externally to control charging. This IC is for use with a single cell only, and provides precise control of the

10MHzTyp

Contextual Info: Pedestal Clamp 2-Input 1-Output 3-Circuit Video Switch MM1389 MâïSUMÎ Monolithic IC MM1389 This is a video switch IC developed for use in video cameras, with 2-input and 1-output circuits. It has pedestal clamp input, making it ideal for RGB and video signal switching,

Contextual Info: MâïSUMÎ Control of Lithium Ion Batteries switching regulator secondary (two cells) MM1357 Monolithic IC MM1357 This IC is used to control two-cell chargers and the secondary side of switching regulators; it features enhanced functions for current switching and for overcharge detection and other kinds of protection. The

MM1389

Abstract: MM1389XF for1d
Contextual Info: Pedestal Clamp 2-Input 1-Output 3-Circuit Video Switch MM1389 MITSUMI Pedestal Clamp 2-Input 1-Output 3-Circuit Video Switch Monolithic IC MM1389 Outline This is a video switch IC developed for use in video cameras, with 2-input and 1-output circuits. It has

mitsumi coil

Abstract: 336 Tantalum Capacitor 100kS dc-dc step-up converter sot Mitsumi capacitor step-up MM1331 RB451F converter circuit dc dc 100V
Contextual Info: Step-Up DC/DC Converter MM1331 MITSUMI Step-Up DC/DC Converter VFF Monolithic IC MM1331 Outline This is a converter IC which steps up the DC input voltage to output a fixed voltage level. Utilizing technology for low-voltage operation, which is a feature of Mitsumi semiconductor processes, operation is possible

Contextual Info: RGB Video Amplifier with OSD Input M M 1381,1382,1383 MPCSttM: Monolithic IC MM1381,1382,1383 MM1381XD, MM1382XD and MM1383XD are wideband RGB video amplifiers with OSD input, developed for use in monitors. The main differences between them are video amp bandwidth and output rise time, and

Contextual Info: Double Balanced Mixer Model MM134xG-1 Ultra-Broadband Electrical Specifications RF 1.5 to 26.5 GHz 1 : Conditions Parameter SSB Conversion loss:(2) (3) RF(GHz) 2.0-26.5 1.5-26.5 1.5-26.5 6.0-26.5 6.0-26.5 6.0-26.5 Third LO Harmonic Conversion Loss:(2) (3)

Contextual Info: MITSUMI Protection of Lithium Ion Battery one cell MM1491 Protection of Lithium Ion Battery (one cell) Monolithic IC MM1491 Outline This IC is a smaller, higher precision type of lithium ion battery protection IC as compared to the MM1301 series, and precision of ±25mV is guaranteed at 0°C ~ 50°C.

Contextual Info: RGB Video A m plifier for M onitors MM1375 MPCSttM: Monolithic IC MM1375 This IC is a wideband RGB video amplifier with DC control, developed for use in monitors. It has a differential input comparator for brightness adjustment, and three matched DC control attenuators for contrast

Contextual Info: Double Balanced Mixer Model MM134P-1 Ultra-Broadband RF 1.5 to 26.5 GHz 1 Electrical Specifications : Specifications Conditions Parameter SSB Conversion loss: (2) (3) RF (GHz) 1.5-26.5 1.5-26.5 1.5-26.5 LO (GHz) 1.5-26.5 1.5-26.5 1.5-26.5 IF (MHz) DC-500

overcharge protection circuit diagram

Abstract: MM1373 MM1451
Contextual Info: Protection for Lithium-Ion Batteries for double protection MM1373 MITSUMI Protection for Lithium-Ion Batteries (for double protection) Monolithic IC MM1373 February 17, 1997 Outline This IC detects overcharging while charging lithium-ion batteries. It is designed for use with 3 or 4-cell

IC-213

Abstract: MM1389 MM1389XF VD222 4512v
Contextual Info: ペデスタルクランプ2入力1出力3回路ビデオスイッチ MM1389 MITSUMI ペデスタルクランプ2入力1出力3回路ビデオスイッチ Monolithic IC MM1389 ’ 97.4.1 概要 本ICはビデオカメラ用に開発した2入力1出力3回路のビデオスイッチです。

mm1381

Abstract: MM1382 OSD ic MM1383XD DIP-28C MM1381XD MM1382XD MM1383
Contextual Info: RGB Video Amplifier with OSD Input MM1381, 1382, 1383 MITSUMI RGB Video Amplifier with OSD Input Monolithic IC MM1381, 1382, 1383 February 4, 1997 Outline MM1381XD, MM1382XD and MM1383XD are wideband RGB video amplifiers with OSD input, developed for monitors. The main differences among them are video amp bandwidth, output rise time, and output fall time.

8 pin preamp ic

Abstract: MM1376 MM1376CF
Contextual Info: IC for Headphone Stereos MM1376 MITSUMI IC for Headphone Stereos Monolithic IC MM1376 Outline This IC was developed for use in 3V headphone stereos, and combines all the basic audio circuitry for headphone stereos on a single chip. Recently hearing impairment caused by the high volumes of headphone stereos has become a problem, and

variable frequency circuit diagram

Abstract: Sine Wave MM1304 MM1304XJ Mitsumi pal variable gain amplifier 145MHZ
Contextual Info: MITSUMI Variable Gain Amplifier built-in Y LPF, C BPF MM1304 Variable Gain Amplifier (built-in Y LPF, C BPF) Monolithic IC MM1304 December 6, 1994 Outline This IC is a variable gain amp for video with built-in luminance low-pass filter and chroma band-pass filter. It

100MHz-SC

Contextual Info: Variable Gain Amplifier built-in Y LPF, C BPF MM1304 MITSUMI Variable Gain Amplifier (built-in Y LPF, C BPF) Monolithic IC MM1304 December 6, 1994 Outline This IC is a variable gain amp for video with built-in luminance low-pass filter and chroma band-pass filter. It

Contextual Info: MITSUMI Control of Lithium Ion Batteries Charging one cell MM1333 Control of Lithium Ion Batteries Charging (one cell) Monolithic IC MM1333 Outline This IC was developed for use in charging lithium ion batteries. PNP power transistor or P-MOS FET is mounted externally to control charging. This IC is for use with a single cell only, and provides precise control

Contextual Info: IC for Headphone Stereos MM1376 MITSUMI IC for Headphone Stereos Monolithic IC MM1376 Outline This IC was developed for use in 3V headphone stereos, and combines all the basic audio circuitry for headphone stereos on a single chip. Recently hearing impairment caused by the high volumes of headphone stereos has become a problem, and

"Video Switch"

Contextual Info: Pedestal Clamp 2-Input 1-Output 3-Circuit Video Switch MM1389 MITSUMI Pedestal Clamp 2-Input 1-Output 3-Circuit Video Switch Monolithic IC MM1389 April 1, 1997 Outline This IC is a video switch IC developed for video cameras incorporating three 2-input 1-output video switch

mitsumi coil

Contextual Info: Step-Up DC/DC Converter MM1331 MITSUMI Step-Up DC/DC Converter VFF Monolithic IC MM1331 Outline ue d This is a converter IC which steps up the DC input voltage to output a fixed voltage level. Utilizing technology for low-voltage operation, which is a feature of Mitsumi semiconductor processes, operation is possible