ZW-06-14-G-D-1165-165 datasheet, PDF

Datasheet> All Categories > The connector> The connector> ZW-06-14-G-D-1165-165

ZW-06-14-G-D-1165-165: DescriptionBoard-to-Board and Mezzanine Connectors.100" Flex Stack, Flexible Board Stacker, Custom Tail; CategoryThe connector The connector; File Size671KB，2 Pages; ManufacturerSAMTEC; Websitehttp://www.samtec.com/; Environmental Compliance

Download Datasheet Parametric View All

ZW-06-14-G-D-1165-165 Online Shopping

Suppliers	Part Number	Price	MOQ	In stock
	ZW-06-14-G-D-1165-165	-	-	View	Buy Now

ZW-06-14-G-D-1165-165 Overview

Board-to-Board and Mezzanine Connectors.100" Flex Stack, Flexible Board Stacker, Custom Tail

ZW-06-14-G-D-1165-165 Parametric

Parameter Name	Attribute value
Is it Rohs certified?	conform to
Reach Compliance Code	compliant
Factory Lead Time	2 weeks
Connector type	BOARD STACKING CONNECTOR
Contact to complete cooperation	GOLD (10) OVER NICKEL
Contact completed and terminated	GOLD (10) OVER NICKEL
Contact point gender	MALE
Contact material	PHOSPHOR BRONZE
DIN compliance	NO
Filter function	NO
IEC compliance	NO
JESD-609 code	e4
MIL compliance	NO
Manufacturer's serial number	ZW
Mixed contacts	NO
Installation method	STRAIGHT
Installation type	BOARD
Number of rows loaded	2
Options	GENERAL PURPOSE
Terminal pitch	2.54 mm
Termination type	SOLDER
Total number of contacts	12
Base Number Matches	1

Preview

Download Datasheet

View All

F-219

ZW–06–13–L–D–787–118

DW–11–20–T–D–825

(2.54 mm) .100"

HW–14–08–G–S–300–100

DW, EW, ZW, HW-TH SERIES

FLEXIBLE .025" SQ BOARD STACKERS

Mates with:

SSW, SSQ, ESW, ESQ,

CES, SLW, BSW, BCS,

SSM, HLE, PHF

Cable Mates:

IDSS, IDSD

TYPE

STRIP

NO. PINS

PER ROW

LEAD

STYLE

PLATING

OPTION

ROW

OPTION

STACKER

HEIGHT

OTHER

OPTIONS

SPECIFICATIONS

For complete specifications

see www.samtec.com?DW,

www.samtec.com?EW,

www.samtec.com?ZW or

www.samtec.com?HW-TH

Insulator Material:

DW, EW, ZW: Black Glass

Filled Polyester

HW: Natural Liquid

Crystal Polymer

Terminal Material:

Phosphor Bronze

Plating:

Au or Sn over

50 µ" (1.27 µm) Ni

Operating Temp Range:

-55 °C to +125 °C with Gold

-55 °C to +105 °C with Tin

RoHS Compliant:

Yes

Lead–Free Solderable:

DW, EW, ZW:

No, Lead Wave Only

HW: Yes

= (2.79 mm)

.110" Tail

Specify LEAD STYLE

from chart

LEAD

STYLE

= Single

Row

–S

–“XXX”

= Stacker

Height

(in inches)

(5.08 mm)

.200"

minimum

–“XXX”

= ZW or HW

Tail Length

(in inches)

(1.40 mm)

.055"

minimum

Example:

–250

= (6.35 mm)

.250"

OAL

(10.92) .430

(13.46) .530

(18.54) .730

(21.08) .830

(23.62) .930

(26.16) 1.030

(31.24) 1.230

(36.32) 1.430

(16.00) .630

(11.30) .445

(12.19) .480

(33.78) 1.330

(28.70) 1.130

= Double

Row

–D

–T

– 07

POST

(0.00).000

MIN

– 08

– 09

–10

–11

(2.79)

.110

OVERALL

LENGTH

= Triple

Row

Example:

–250

= (6.35 mm)

.250"

= (8.38 mm)

.330" Tail

TAIL

(1.40) .055

MIN

(OAL)

STACKER

HEIGHT

–12

–13

–14

–15

–16

–17

–19

–20

= Double

Row .200"

(5.08 mm)

row space

–Q

STACKER

HEIGHT

(5.08)

.200

MIN

ZW or

HW TAIL

LENGTH

(1.40)

.055

MIN

RECOGNITIONS

For complete scope of

recognitions see

www.samtec.com/quality

(8.38)

.330

= Custom Tail

FILE NO. E111594

01 thru 50

(2.54) .100 x

No. of Positions

(2.54)

.100

(5.08)

.200

150

(5.08)

.200

148

100

(2.54)

.100

= Gold flash on contact,

Matte Tin on tail

–F

–L

–S

–D

–T

or –Q*

= Same as

-T except

middle

row

of pins

missing.

= 10 µ" (0.25 µm)

Gold on contact area

of longer tail,

Matte Tin on tail

TAIL

LENGTH

ALSO AVAILABLE

(MOQ Required)

• Other platings

= High Temp

Custom Tail

(7.52)

.296

= 10 µ" (0.25 µm)

Gold on contact area

of longer tail,

Gold flash on balance

–G

= Locking

Lead

(Shortest

dimension

between the

tail and the

post is the

end that will

be crimped.

Available

on tails from

(2.29 mm)

.090" to

(7.87 mm)

.310" only.)

Single row, 01

& 02 positions

& –Q row not

available

–LL

–“XXX”

= Polarized

Specify omitted

pin position

–Q*

= Matte Tin

–T

Notes:

For added mechanical stability,

Samtec recommends

mechanical board spacers be

used in applications with gold or

selective gold plated connectors.

Contact ipg@samtec.com for

more information.

This Series is non-standard,

non-returnable.

(2.54)

.100

(2.54)

.100

TAIL

LENGTH

(0.64) .025 SQ TYP

Due to technical progress, all designs, specifications and components are subject to change without notice.

All parts within this catalog are built to Samtec’s specifications.

Customer specific requirements must be approved by Samtec and identified in a Samtec customer-specific drawing to apply.

WWW.SAMTEC.COM

Mouser Electronics

Authorized Distributor

Click to View Pricing, Inventory, Delivery & Lifecycle Information:

Samtec

ZW-24-11-G-D-400-160 ZW-24-12-T-D-630-240 ZW-24-20-G-S-815-230 ZW-25-09-S-D-330-220 ZW-25-09-S-D-

390-230 ZW-10-11-G-D-400-240 ZW-10-11-S-D-610-090 ZW-10-12-G-D-606-236 ZW-10-12-G-S-200-120 ZW-10-

12-S-D-200-415 ZW-10-12-T-S-665-115 ZW-10-12-T-S-750-130 ZW-10-13-G-D-395-395 ZW-10-13-G-D-875-150

ZW-10-13-G-D-875-225 ZW-10-13-L-S-750-250 ZW-10-13-L-S-750-350 ZW-10-13-S-D-905-125 ZW-10-14-L-D-985-

120 ZW-10-15-G-D-290-200 ZW-10-15-G-D-295-230 ZW-10-15-G-S-242-110-LL ZW-10-19-G-D-810-220 ZW-10-19-

G-D-815-250 ZW-10-19-L-D-945-155 ZW-10-19-S-D-930-110 ZW-10-19-T-D-1030-090 ZW-10-20-G-D-700-120 ZW-

10-20-T-S-620-375 ZW-10-20-T-S-640-200 ZW-11-09-G-D-315-165 ZW-11-09-G-S-290-230 ZW-11-09-G-S-300-250

ZW-11-12-G-D-606-236 ZW-50-13-S-D-910-160 ZW-50-13-S-D-920-190 ZW-02-15-T-S-315-157 ZW-03-10-T-S-551-

198 ZW-03-13-G-D-500-600 ZW-05-19-L-D-960-100 ZW-10-09-L-S-340-135 ZW-10-09-L-S-360-120-LL ZW-10-09-T-

S-500-130 ZW-10-10-F-D-395-100-LL ZW-10-10-S-D-375-110 ZW-10-10-S-D-400-290 ZW-10-10-S-D-480-140 ZW-

10-10-T-D-380-225 ZW-10-10-T-S-630-100 ZW-10-11-G-D-250-520 ZW-10-11-G-D-523-300 ZW-10-11-L-D-600-200

ZW-10-11-T-D-360-360 ZW-10-12-G-D-380-325 ZW-01-08-L-S-330-100 ZW-01-09-T-S-390-080 ZW-01-11-T-S-600-

165 ZW-01-14-S-Q-840-125 ZW-01-17-T-S-312-084 ZW-01-19-T-S-940-150 ZW-02-08-T-S-250-120 ZW-02-08-T-S-

250-150 ZW-02-09-T-D-365-182 ZW-02-09-T-S-315-340 ZW-02-09-T-S-335-250 ZW-02-10-L-D-538-090 ZW-02-11-

G-D-400-280 ZW-02-12-G-D-550-240 ZW-20-14-S-D-300-740 ZW-20-14-S-D-980-155 ZW-20-14-T-D-1290-110 ZW-

20-14-T-S-1025-090 ZW-20-15-G-D-255-235 ZW-20-15-G-D-300-095 ZW-20-15-L-S-200-150 ZW-20-15-T-S-295-175

ZW-20-15-T-S-430-100 ZW-20-19-G-D-865-250 ZW-20-20-G-D-500-530 ZW-20-20-G-D-696-217 ZW-20-20-T-D-

860-190 ZW-21-11-G-S-375-285 ZW-22-07-F-D-290-124-LL-003 ZW-22-08-G-D-200-090 ZW-22-11-L-D-525-315

ZW-22-13-T-S-545-130 ZW-22-14-T-D-1000-300 ZW-24-08-L-D-280-100 ZW-24-13-G-S-645-270 ZW-04-17-T-S-200-

140 ZW-08-13-G-S-890-236 ZW-10-09-G-D-350-230 ZW-10-09-G-S-500-100 ZW-10-09-L-D-275-140 ZW-10-09-L-D-

300-250 ZW-10-09-L-D-500-150 ZW-10-09-S-D-295-250-LL ZW-10-09-T-D-370-240 ZW-10-10-F-D-395-100 ZW-10-

10-G-D-525-190

Recommended Resources

Plastic heat sealing machine circuit

Structure and working principle of brushless motor windingb

Three-phase power supply phase sequence dedicated circuit

Meiling-Ariston BCD-181 refrigerator circuit

Circuit diagram with working principle of current control

555LCD digital clock hourly self-timer circuit

Two questions about F7: I use STM32F7 in my project. I have two questions: 1. Are the IO ports of F7 5V tolerant? 2. What download tool do I use to develop F7 programs? Is STLINK okay? Thanks!...; chenbingjy stm32/stm8

Explanation of the use of the internal ADC10 temperature sensor of the msp430g2553: //Similarly, using lcd1602 display, I will not describe the program here, there is #include "lcd1602.h" #define Num_of_Results 32 static uint results[Num_of_Results]; uchar a[10]="0123456789"; uchar b...; qwqwqw2088 Microcontroller MCU

Regarding the declaration of interrupt functions in C51: : #define uint unsigned int #define uchar unsigned char uint state; uint i; uchar sum_state; uchar buff_1[5]="XXXXX"; uchar buff_2[5]="XXXXX"; uchar buff_3[5]="XXXXX"; uchar buff_4[5]="XXXXX"; uchar b...; jingon Embedded System

How to build a real-time Ethernet network: To many readers, this article may be laughable. However, the concept of Ethernet in real-time applications is the most optimistic. Ethernet is not reliable because it does not establish a unique and d...; lorant MCU

After importing the 2812 project example, it prompts that it does not match and cannot be run: #16019-D file "C:/ti/ccsv6/tools/compiler/c2000_6.2.5/lib/rts2800.lib" specifies large memory model, which is not compatible with small memory model specified in a previous file or on the command line...; 哈哈爱学习 DSP and ARM Processors

Regarding the issue of instantiating Altera FIFO occupying RAM resources: The FPGA uses StratixII GX, and the RAM resources are M512 (32*18bits), M4K (128*36bits) and M-RAM (4K*144bits). I instantiate a 64*48 FIFO and it takes up 2 M4Ks; I instantiate a 128*48 FIFO and it t...; eeleader-mcu FPGA/CPLD

Shortcut: L0 L1 L2 L3 L4 L5 L6 L7 L8 L9 LA LB LC LD LE LF LG LH LI LJ LK LL LM LN LO LP LQ LR LS LT LU LV LW LX LY LZ M0 M1 M2 M3 M4 M5 M6 M7 M8 M9 MA MB MC MD ME MF MG MH MI MJ MK ML MM MN MO MP MQ MR MS MT MU MV MW MX MY MZ N0 N1 N2 N3 N4 N5 N6 N7 N8 NA NB NC ND NE NF NG NH NI NJ NK NL NM NN NO NP NQ NR NS NT NU NV NX NZ O0 O1 O2 O3 OA OB OC OD OE OF OG OH OI OJ OK OL OM ON OP OQ OR OS OT OV OX OY OZ P0 P1 P2 P3 P4 P5 P6 P7 P8 P9 PA PB PC PD PE PF PG PH PI PJ PK PL PM PN PO PP PQ PR PS PT PU PV PW PX PY PZ Q1 Q2 Q3 Q4 Q5 Q6 Q8 Q9 QA QB QC QE QF QG QH QK QL QM QP QR QS QT QV QW QX QY R0 R1 R2 R3 R4 R5 R6 R7 R8 R9 RA RB RC RD RE RF RG RH RI RJ RK RL RM RN RO RP RQ RR RS RT RU RV RW RX RY RZ

Popular Components