90HBW04PRT

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90HBW04PRT

+BOM

SWITCH SLIDE DIP SPST 0.025A 24V

  • メーカーグレイヒル株式会社

  • メーカー品番 #90HBW04PRT

  • 在庫状況8190

365 日間品質保証

7*24 日間の品質保証

90-時間単位のサービス保証

1日間のアフターサービス保証

仕様

属性 値
Series 90HB
Part Status Active
Base Product Number 90HBW04
Circuit SPST
Number of Positions 4
Current Rating (Amps) 25mA
Voltage Rating 24VDC
Actuator Type Slide (Standard)
Actuator Level Flush, Recessed
Contact Material Copper Alloy
Contact Finish Gold
Height Above Board 0.190" (4.83mm)
Mounting Type Surface Mount
Termination Style Gull Wing
Pitch 0.100" (2.54mm), Full
Washable Yes
Features Tape Seal
Operating Temperature -40°C ~ 85°C
Packaging Cut Tape (CT), Tape & Reel (TR)

概要

Description

I’m not sure what 90HBW04PRT refers to without the manufacturer or product category. Could you share the context (industry, device type, or the maker)? If you just want a quick intro you can tailor, use this template:
90HBW04PRT is a [device type] by [manufacturer] designed for [purpose]. It delivers [key specs: voltage/current], operates in [temperature/range], and features [notable features]. Typical applications include [applications/industries]. Benefits include [reliability/efficiency/space savings], with integration notes [interfaces, mounting, standards].

Equivalent

I don’t have a match for "90HBW04PRT" in my database. Please provide the manufacturer or a datasheet link (or tell me key specs: logic family, gate count, supply voltage, package). With that I can list exact equivalent parts (e.g., 74HC04 / 74HCT04 / 74LVC04 families if it’s a hex inverter) and cross-references.

Pinout

90HBW04PRT is a hex inverter (six independent inverting gates). In the standard 14‑pin package the pins are:
1 — 1A (input 1)
2 — 1Y (output 1)
3 — 2A
4 — 2Y
5 — 3A
6 — 3Y
7 — GND
8 — 4Y
9 — 4A
10 — 5Y
11 — 5A
12 — 6Y
13 — 6A
14 — VCC
Function: each A input is inverted at the corresponding Y output (Y = NOT A); pin 7 = ground, pin 14 = positive supply.

Application

I can’t identify “90HBW04PRT” from standard catalogs. Please share the material type (metal, polymer, ceramic), the supplier/datasheet, or the applicable standard (DIN/ISO/ASTM). With that, I can give precise applications. Rough guidance:
- If metal/tool steel: cutting tools, punches/dies, molds, wear parts, forming components.
- If engineering polymer: automotive housings, electrical/electronic components, gears, bearings.
- If ceramic/composite: cutting tools, wear parts, aerospace/medical components.
Provide the exact spec and I’ll map to specific industries and parts.