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monolithic: search

Laird Technologies Introduces Ferrite Chip Beads For Portable/Handheld Electronic Applications

Laird Technologies, Inc. recently announced its new line of EIA 0201 Ferrite Chip Beads that extends the existing 0402 to 3312 surface-mounted monolithic EMI suppression product families.

Laird Technologies Introduces Ferrite Chip Beads For Portable/Handheld Electronic Applications

Laird Technologies, Inc. recently announced its new line of EIA 0201 Ferrite Chip Beads that extends the existing 0402 to 3312 surface-mounted monolithic EMI suppression product families.

Ferrite chip beads suit handheld electronics

Laird Technologies Inc. has released its new line of EIA 0201 ferrite chip beads that extends the existing 0402 to 3312 surface-mounted monolithic

High Linearity, Dual, SiGe Downconversion Mixer for 2.5G, 3G, and 4G Base Stations

Maxim Integrated Products introduces the MAX19985A 700MHz to 1000MHz, dual, downconversion mixer that integrates an LO switch, buffer, and splitter. Designed using Maxim's proprietary, monolithic SiGe process, this device delivers an unparalleled combination of linearity, noise performance, and component integration. This single IC provides two independent downconversion channels, each with a +25.5dBm (typ) IIP3, 8.7dB (typ) conversion gain, and 9.0dB (typ) noise figure. Additionally, the MAX19985A offers an industry-best 2LO-2RF spurious rejection of 76dBc for an RF level of -10dBm, and 71dBc for a level of -5dBm. The MAX19985A is designed specifically for 2.5G/3G/4G wireless-infrastructure applications in which high linearity and a low noise figure are critical for enhanced receiver sensitivity and blocker immunity.

Laird - Ferrite chip beads have smaller footprint for portable / handheld applications

Laird - Ferrite chip beads have smaller footprint for portable / handheld applicationsA new line of ferrite chip beads that extends the company's existing 0402 to 3312 surface-mounted monolithic EMI suppression product families, has been announced by Laird Technologies.


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