LCR 1030 Search Results

Contextual Info: measured with 4286A RF LCR meter 100 www.fastrongroup.com 10 nH 90 80 100 nH MECC Q Factor 70 60 50 1210AS: 40 Typical Q vs Frequency ƒ 30 1000 nH measured with 4286A RF LCR meter 1210AS: 20 100 Typical 10 90 Q vs Frequency(ƒ) 1000 Q 80 100 10 µH 100 µH 1 µH

Contextual Info: SPECIFICATION FOR APPROVAL REF. : PROD. NAME SH4018□□□□L□-□□□ ABC'S DWG NO. Shielded SMD Power Inductor REV. 20130124-D PAGE 1 Ⅰ﹒Configuration and dimensions： C 6R8 B A D I E G R D I H LCR Meter PCB Pattern Unit：m/m A B C D E G

sh4028

Contextual Info: SPECIFICATION FOR APPROVAL REF. : SH4028□□□□L□-□□□ ABC'S DWG NO. PROD. NAME Shielded SMD Power Inductor REV. 20130124-D PAGE 1 Ⅰ﹒Configuration and dimensions： A C B 100 D I E G R D I H LCR Meter PCB Pattern Unit：m/m A B C D E G

134900-1

Contextual Info: 13 12 10 NOTES: .3 15 - MA TE RIA LS : SHROUDED WAFER: LCR, COLOR: BLACK, 9 4 V - 0 COPPER ALLOY. PINS: •I0 0 3 0 GOLD MIN IM UM GOLD P L A T E IN S E L E C T E D °0 3 5 R E F L89 REF~ AREA AND 6- . 174 ■ 7- 20 C IR CU IT 100 SEE .200 NOTE . 150 3.8 I)

XR16L2750

Abstract: XR16C2850 XR16C2750 MCR 48 ST16C2550 TL16C752B XR16L2751
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN130 June 2002 EXAR’S DUARTS COMPARED WITH TI’S TL16C752B Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s DUARTs ST16C2550, XR16L2750, XR16L2751 and XR16C2850 with TI’s TL16C752B. These devices are very similar, with a few hardware,

ST16C654

Abstract: TL16C754B XR16C854 100-Pin PQFP Package motorola plcc
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN134 June 2002 EXAR’S ST16C654 AND XR16C854 COMPARED WITH TI’S TL16C754B Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s ST16C654 and XR16C854 with TI’s TL16C754B. These devices are similar, with a few hardware, bus timing and firmware-related differences.

VL16C450

Abstract: VL16C550 Delco 195 sorep s3607 MSR 200 VL16C550PC
Contextual Info: VLSI Tech no lo gy , in c . VL16C550 ASYNCHRONOUS COMMUNICATIONS ELEMENT WITH FIFOs FEATURES DESCRIPTION • Fully compatible with VL16C450 ACE The VL16C550 is an asynchronous communications element ACE that is functionally equivalent to the VL16C450, and additionally incorpo­

ST16C650A

Abstract: ST16C550 ST16C580 TL16C550C XR16C850
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN132 June 2002 EXAR’S SINGLE CHANNEL UARTS COMPARED WITH TI’S TL16C550C Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s ST16C550, ST16C580, ST16C650A, and XR16C850 with TI’s TL16C550C. These devices are very similar, with a few hardware, bus timing and firmware-related differences.

B1392

Abstract: B1182 diode b1222 transistor b1332 b1332 B1681 b1122 ferrite antenna lcr meter circuit M8 marking codes
Contextual Info: SMT Inductors, SIMID Series B82498-B SIMID 0805-B Size 0805 EIA and/or 2012 (IEC) Rated inductance 2,7 to 4700 nH Rated current 90 to 1000 mA Construction • Cubic coil with ceramic or ferrite core ■ Winding partially plastic-sealed ■ Winding ends welded to contact areas

B82498B3120K000

Abstract: B82498B3330J000 SIMID B82498B3470J000 B82498B3150J000
Contextual Info: SMT Inductors Series/Type: B82498B The following products presented in this data sheet are being withdrawn. Ordering Code Substitute Product B82498B3470K000 B82498B3390K000 B82498B3330K000 B82498B3470J000 B82498B3390J000 B82498B3330J000 Date of Withdrawal

vl16c552

Abstract: lpt port direction bit 5
Contextual Info: VLSI Tech n o lo gy , in c . VL16C552 DUAL ASYNCHRONOUS COMMUNICATIONS ELEMENT WITH FIFO FEATURES • Three-state TTL drive for the data and control bus on each channel • IBM PC/AT -compatible • Two VL16C550 ACEs • Hardware and software compatible with VL16C452 and VL16C452B

ST16C650A

Abstract: AUTO DIRECT RS485 TL16C750 XR16C850 52QFP
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN131 June 2002 EXAR’S ST16C650A AND XR16C850 COMPARED WITH TI’S TL16C750 Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s ST16C650A and XR16C850 with TI’s TL16C750. These devices are very similar, with a few hardware, firmware-related and bus timing differences.

ST16C554

Abstract: TL16C554A TL16C554 st16C654 XR16C854 max RS485 PLCC 64
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN133 June 2002 EXAR’S QUARTS COMPARED WITH TI’S TL16C554 AND TL16C554A Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s QUARTs ST16C554, ST16C654, and XR16C854 with TI’s TL16C554 and TL16C554A. These devices are similar, with a few hardware, bus timing

TL16C752BPT

Abstract: XR16L2551IM TL16C752B XR16L2550 XR16L2550IM XR16L2551
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN138 November 2003 EXAR’S XR16L2550 AND XR16L2551 COMPARED WITH TI’S TL16C752B Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s 2-channel UARTs XR16L2550 and XR16L2551 with TI’s TL16C752B. These devices are similar, with a few hardware, firmware-related and bus

020C

Abstract: 8753D B82498B B82498B3279M000 B82498B3569M000 IND0041-C IND0047-U-E IND0581-C IND0594-Q-E IND0051-4-E
Contextual Info: SMT inductors SIMID series, SIMID 0805-B Series/Type: B82498B Date: March 2008 Data Sheet  EPCOS AG 2008. Reproduction, publication and dissemination of this publication and the information contained therein without EPCOS’ prior express consent is prohibited.

B82498

Abstract: IND0047-U-E IND0051-4-E 0805-B agilent RF Marking 07 epcos 800 1310 020C B82498B B82498B3279M000 B82498B3569M000
Contextual Info: SMT inductors SIMID series, SIMID 0805-B Series/Type: B82498B Date: March 2008 7f…fÁRspp… EPCOS AG 2008. Reproduction, publication and dissemination of this publication, enclosures hereto and the information contained therein without EPCOS’ prior express consent is prohibited.

Contextual Info: TL16C554 ASYNCHRONOUS COMMUNICATIONS ELEMENT • Integrated Asynchronous Communications Element • Consists of Four Improved TL16C550 ACEs Plus Steering Logic • In FIFO Mode, Each ACE Transmitter and

SMCC

Abstract: 0 280 130 079 SMCC-100X-YY SMCC-R10X-YY
Contextual Info: www.fastrongroup.com SMCC, SMCC/N Similar to moulded CCSS Part No Inductance L µH Ø 4.0 max Q Factor Q Factor Inductance (nH) Inductance (nH) Inductance (nH) Leaded Inductors Q Factor 64.0 9.5 max Ø 0.60 0.10 SMCC-R10X-YY 0.12 SMCC-R12X-YY 0.15 SMCC-R15X-YY

Contextual Info: V L S I T e c h n o l o g y , in c . VL16C554 QUAD ASYNCHRONOUS COMMUNICATIONS ELEMENT FEATURES - 5-, 6-, 7- or 8-bit characters - Even-, odd- or no-parity generation and detection - 1 , 1 1 /2, or 2 stop bit generation • Four 16550 C om patible Serial Ports

XHBCC

Abstract: XHBCC-104X-YY XHBCC-222X-YY 333x XHBCC-101X-YY
Contextual Info: 80 100 nH www.fastrongroup.com Q Factor 70 60 50 XHBCC 40 1000 nH 30 20 10 6800 nH 1 10 100 1000 10000 Frequency MHz Ø 7.5 max 63.0 16 max Ø 0.7 1210AS: Typical L vs Frequency(ƒ) Typical Q vs Frequency(ƒ) Typical lZl vs Frequency(ƒ) 1000 1000 10000

D3313FB

Abstract: 10H11 "Converter DC-DC"
Contextual Info: Fixed Inductors for DC-DC Converter DC-DC コンバータ用面実装 固定インダクタ づ け TYPE Ｄ3313FB 【 D3313FB 】 DIMENSIONS / 外形寸法図 RECOMMENDED PATTERN / はんだ付け推奨パターン FEATURES / 特 長 Low profile 1.3.mm max height and 3.5mm max

RL-1506-1

Abstract: RL-1506
Contextual Info: RL-1505 RoHS RL-1506, RL-1507, RL-1508 MINI-INDUCTORS COMPLIANT CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color

Contextual Info: RL-1505 RL-1506, RL-1507, RL-1508 MINI-INDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color Second figure

RL1506-1000

Contextual Info: RL-1505 RL-1506, RL-1507, RL-1508 MINI-INDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color Second figure