| Mfr. #: | 74ACT11373DWG4 |
|---|---|
| Produttore: | Texas Instruments |
| Descrizione: | IC D-TYPE LATCH SGL 3-ST 24SOIC |
| Ciclo vitale: | Nuovo da questo produttore. |
| Scheda dati: | 74ACT11373DWG4 Scheda dati |


Product belongs to the 74ACT series. Tube Alternate Packaging is the packaging method for this product 24-SOIC (0.295", 7.50mm Width) Operational temperature range: -40°C ~ 85°C Surface Mount mounting type Output-Type: Tri-State Voltage Supply Range: 4.5 V ~ 5.5 V Supplier device package: 24-SOIC Circuit type: 1899/12/30 8:08:00 D-Type Transparent Latch logic type 1 Independent Circuit The 8.5ns Delay-Time-Propagation.

Image shown is a representation only. Exact specifications should be obtained from the product data sheet.

74ACT11373DWG4 Specifications
A: At what frequency does the Series?
Q: The product Series is 74ACT.
A: Is the cutoff frequency of the product Packaging?
Q: Yes, the product's Packaging is indeed Tube Alternate Packaging
A: Is the cutoff frequency of the product Package-Case?
Q: Yes, the product's Package-Case is indeed 24-SOIC (0.295", 7.50mm Width)
A: What is the Operating-Temperature of the product?
Q: The Operating-Temperature of the product is -40°C ~ 85°C.
A: What is the Mounting-Type of the product?
Q: The Mounting-Type of the product is Surface Mount.
A: Is the cutoff frequency of the product Output-Type?
Q: Yes, the product's Output-Type is indeed Tri-State
A: Is the cutoff frequency of the product Voltage-Supply?
Q: Yes, the product's Voltage-Supply is indeed 4.5 V ~ 5.5 V
A: Is the cutoff frequency of the product Supplier-Device-Package?
Q: Yes, the product's Supplier-Device-Package is indeed 24-SOIC
A: At what frequency does the Circuit?
Q: The product Circuit is 1899/12/30 8:08:00.
A: At what frequency does the Logic-Type?
Q: The product Logic-Type is D-Type Transparent Latch.
A: At what frequency does the Independent-Circuits?
Q: The product Independent-Circuits is 1.
A: Is the cutoff frequency of the product Delay-Time-Propagation?
Q: Yes, the product's Delay-Time-Propagation is indeed 8.5ns