9 Port FE Ethernet Switch

The IP179N/H is a professional high-end SoC targeted for the Ethernet switch (w/ or w/o POE chips) or NVR application. This SoC is built in with an advanced switch engine, aiming to provide high-quality imagery output. Other built-in IPs, included a low power 9-port fast Ethernet transceivers, SSRAM • Family (Part Numbers) \n• IP179N (88Pins QFN) 9 FE ports / 8 FE ports + 1 MAC w/ 1 RMII \n• IP179H (128Pins LQFP) 8 FE ports + 1 Giga MAC\n\n• Advanced Ethernet Switching Engine support 
2 operation modes\n• Normal Mode (Default)\n• IPC Mode\n\n• MAC address up to 2K 
\n• Built-in 9 port PHYceiver;

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UHF variable capacitance diode

DESCRIPTION The BB179 is a planar technology variable capacitance diode, in a SOD523 (SC-79) package. The excellent matching performance is achieved by gliding matching and a direct matching assembly procedure. FEATURES • Excellent linearity • Excellent matching to 2 DMA • Ultra small plastic

NPN SILICON TRANSISTOR

Description The device is manufactured in Planar technology with “Base Island” layout. The resulting transistor shows exceptional high gain performance coupled with very low saturation voltage. Features ■ NPN transistor Applications ■ General purpose switching

Silicon epitaxial planar type

Silicon epitaxial planar type For high-speed switching circuits ■ Features • Large repetitive peak forward current IFRM • Small terminal capacitance Ct

Germanium PNP Transistor Audio Power Amplifier, High Current Switch

Description: The NTE179 is a PNP type germainum transistor in a TO3 type case designed for high–current switching applications requiring low saturation voltages, fast switching times, and good safe operating conditions. Features: • Low Collector–Emitter Saturation Voltage: VCE(sat

TRISILTM

DESCRIPTION The SMTPBxx series has been designedto protect telecommunication equipment against lightning and transient induced by AC power lines. FEATURES BIDIRECTIONAL CROWBAR PROTECTION. BREAKDOWNVOLTAGE RANGE: From 62 V To 270 V. HOLDING CURRENT: IH= 150 mA min REPETITIVE PE