760 Du kan reservere fra lager nu
Antal | |
---|---|
10+ | kr 8,810 |
50+ | kr 7,040 |
100+ | kr 6,750 |
250+ | kr 6,440 |
500+ | kr 5,630 |
Produktoplysninger
Produktoversigt
The TSW series from Samtec are standard terminal strip headers. These are unshrouded through hole headers with 0.025" (0.635mm) square post and mates with Samtec SSW, SSQ, SSM, ESW, ESQ, BCS, BSW, CES, SLW, IDSD, IDSS, SMSD and SMSS series of connectors. These connectors features single, double and triple row options with straight or right angle pins in a variety of post heights and body positions. It is an Extended Life Product™, passing 10 year Mixed Flowing Gas (MFG) with 30µ" gold and achieving high mating cycles (250 to 2500). These connectors has gold flash on post, matte tin on tail/10µ" (0.25µm) gold on post, matte tin on tail/10µ" (0.25µm) gold on post/gold flash on balance/matte tin plating options. TSW series connectors are available with industry's largest variety of standard pin counts, terminal lengths and are used where signal integrity and reliability is of major concern.
- 0.100" (all positions filled) and 0.200" (every other position filled) pin centre options
- Number of pins per row is 01 thru 50 (0.100" centre version), 02 thru 25 (0.200" centre version)
- Operating temperature range from -55?C to +125?C with gold, -55?C to +105?C with tin
- Terminal material is phosphor bronze
- Black glass filled polyester insulator material
- Complies with UL E111594 and CSA 090871_0_000 standards
- Locking lead and locking clip feature is optional
Applikationer
Industrial
Tekniske specifikationer
Board-to-Board
2Rows
Through Hole
Unshrouded
Gold Plated Contacts
No SVHC (21-Jan-2025)
2.54mm
14Contacts
TSW
Phosphor Bronze
Pin Header
Tekniske dokumenter (2)
Alternativer til TSW-107-07-G-D
6 produkter blev fundet
Lovgivning og miljø
Det land, hvor den sidste væsentlige fremstillingsproces fandt stedOprindelsesland:United States
Det land, hvor den sidste væsentlige fremstillingsproces fandt sted
RoHS
RoHS
Certifikater om produktoverholdelse