AM AM79C874VC Phy Tqfp 452 1-CH 10MBPS 100MBPS 80-PIN

( Brand: Am )

Review AM 10mbps Pcs 1-ch 100mbps Phy Lot 80-pin Tqfp 452

The AM79C874VC is a high-performance 10Mbps PCS (Physical Layer Converged Sublayer) transceiver, designed for use in 100Mbps Ethernet applications. This device is equipped with a single channel 100Mbps PHY (Physical Layer) and an 80-pin TQFP (Thin Quad Flat Pack) package, which ensures minimal footprint and optimal heat dissipation.

The AM79C874VC utilizes advanced technology to provide reliable and efficient data transmission. It supports Full-duplex, Half-duplex, and Auto-Negotiation modes, allowing for flexible network configurations. The device also features Automatic MDI/MDI-X crossover detection, eliminating the need for external crossover cables.

The 10Mbps PCS layer of the AM79C874VC is designed to comply with IEEE 802.3u/IEEE 802.3x standards, ensuring compatibility with various Ethernet networks. The 100Mbps PHY layer is based on IEEE 802.3u-1995, providing fast and reliable data transfer.

The 80-pin TQFP package of the AM79C874VC allows for easy integration into various electronic devices, such as routers, switches, and hubs. The device's small form factor and high-density packaging make it an ideal choice for space-constrained designs.

In summary, the AM79C874VC is a versatile and high-performance 100Mbps Ethernet transceiver, offering reliable data transmission, flexible network configurations, and easy integration into various electronic devices. Its advanced features, compact packaging, and compliance with industry standards make it an excellent choice for high-speed networking applications.

1. High bandwidth: The AM79C874VC supports 100Mbps PHY, which is suitable for high-speed data transmission.

2. Compatibility: It is compatible with various PC platforms, making it a versatile option for designers.

3. Small form factor: The 80-pin TQFP package is compact, allowing for space-saving designs.

4. Wide voltage range: It operates over a wide voltage range, making it suitable for use in various power supply designs.

1. Limited channel count: The AM79C874VC is a single-channel transceiver, which may not be suitable for applications requiring multiple channels.

2. Higher power consumption: Compared to lower-speed transceivers, the AM79C874VC may consume more power, which could impact battery life in portable devices.

3. Availability: The AM79C874VC may not be readily available in all regions, which could impact delivery times and costs.

In conclusion, the AM79C874VC is a suitable option for high-speed data transmission applications that require compatibility with various PC platforms. Its compact form factor and wide voltage range are additional advantages. However, its limited channel count and higher power consumption are potential drawbacks that should be considered. If multiple channels are required or power consumption is a significant concern, alternative options may be more suitable. Overall, it is a reliable and versatile transceiver that can meet the needs of many designers.

Details:

You are buying AM79C874VC 452 pcs lot phy 1 ch 10 mbps 100mbps 80 pin tqfp this comes with all 452 pcs in the lot.

part #: am79c874vc price

• $30.00

specifications pcbemdev:

• brand: Am

General pcbemdev:

• in stock: Yes
• Business & Industrial > Electrical & Test Equipment > Electronic Components > Assemblies & EM Devices > PCBs
• condition: Seller refurbished

Returns pcbemdev:

• time: 14 Days
• details: Restocking fee: 20%
• type: Money Back
• policy: returns accepted
• paid by: Buyer

Payments pcbemdev:

• PayPal

Ratings:

1. Thanks for refund. Class act! 03-22-16
2. Good Transaction 03-22-16
3. as described ,fast shipping 03-23-16
4. Shipping was lightning fast !!Great transaction thanks!! 03-22-16
5. Item as described, fast shipping 03-23-16

Seller pcbemdev:

• zipcode: 29575
• city: Myrtle Beach, South Carolina

Shipping pcbemdev:

• type: Calculated
• cost: $0.0
• handling: 3 days

Offer pcbemdev:

• quantity: 1
• # bids: 0
• # Sold: 0
• best offer: false
• Started: March 23, 2016, 6:48 pm