$ USD ￥ CNY
English Japanese Russian
400-103-1019
Apex-Chip Electronics
20 MHz XO Performance Report: Specs & Sourcing Tips
20 MHz XO Performance Report: Specs & Sourcing Tips
Lab and field measurements for 12 kHz–20 MHz oscillator assemblies show a wide performance spread: typical low‑jitter XOs measure ~40 fs RMS phase jitter while commodity parts can be an order of magnitude worse. This data‑driven report focuses on the 20 MHz XO, aimed at hardware engineers, procurement, and design leads, and is sized for a focused technical read of ~900–1,000 words. The article breaks down the oscillator specs that matter, compares measured performance envelopes from independent lab runs and datasheet benchmarks, and delivers practical sourcing tips and an RFQ checklist for dec…
View Details
30 July 2026
19
DSA612NL2A Detailed Benchmarks & Specs: Power, Jitter
DSA612NL2A Detailed Benchmarks & Specs: Power, Jitter
Data-driven hook: Typical datasheet and initial bench checks show the DSA612NL2A producing two LVCMOS outputs across ~2 kHz–100 MHz, with a wide supply range (1.71 V–3.63 V) and a combined active supply current near 5 mA in typical conditions. This article’s goal is to provide repeatable benchmarks and clear integration guidance for DSA612NL2A power and jitter performance so engineers can validate suitability in their designs. The intent is to translate datasheet figures into measurable test procedures and pass/fail gates for system-level acceptance. DSA612NL2A: Product Overview & Key Specific…
View Details
29 July 2026
22
MPFS160TS Performance Report: Measured Specs & Benchmarks
MPFS160TS Performance Report: Measured Specs & Benchmarks
This report summarizes lab-measured performance outcomes for a high-density SoC-class FPGA device used in edge and industrial designs. Peak measured fabric throughput reached sustained aggregate toggling consistent with a 600 MHz region for routed logic under test, with transceiver line rates validated to near 10 Gbps per channel in optimized conditions. Measured energy-per-operation improved by roughly 20% over baseline low-power profiles, and the primary bottleneck identified was memory interconnect contention under mixed compute and IO workloads. The scope covers reproducible benchmarks, po…
View Details
21 July 2026
51
DSA6041HA3B-038K000VAO: Complete Datasheet, Pinout & Specs
DSA6041HA3B-038K000VAO: Complete Datasheet, Pinout & Specs
The DSA6041HA3B-038K000VAO is a 38 kHz CMOS oscillator that operates from 1.71–3.63 V, positioning it for ultra-low-voltage embedded designs and energy-constrained IoT nodes. This article delivers a full datasheet breakdown, precise pinout guidance, integration best practices, and a procurement checklist to accelerate PCB validation and production readiness. Readers will find a compact spec snapshot, electrical and environmental analysis, recommended PCB footprint practices, measurement and debugging steps, and a procurement action list tailored for US engineering teams focused on low-power ti…
View Details
20 July 2026
52
DSA612NL2A-01UKVAO Datasheet: Full Specs & Pinout Guide
DSA612NL2A-01UKVAO Datasheet: Full Specs & Pinout Guide
The DSA612NL2A-01UKVAO is a compact RF/mixed-signal device whose most critical specifications—supply range, maximum allowable junction temperature, and maximum switching/signal frequency—define its role in constrained radio and mixed-signal front ends. This guide consolidates the complete datasheet essentials into a single, actionable reference so engineers can move from datasheet to prototype quickly. The article references key electrical characteristics, full pinout templates, and practical PCB/layout rules drawn from hands-on design experience. 1 — Product overview and quick specs Key specs…
View Details
17 July 2026
56
32.768 kHz MEMS Oscillator Reliability Report: Insights
32.768 kHz MEMS Oscillator Reliability Report: Insights
Point: Aggregate catalog and independent summaries often report very large nominal lifetimes for low-frequency MEMS timing devices. Evidence: Datasheet-extrapolated FIT-to-MTBF claims and limited accelerated-test reports can imply MTBFs in the 105–106 year equivalent range for 32.768 kHz parts. Explanation: such figures are statistical extrapolations, not literal service lifetimes, and require careful reconciliation with application stressors and field returns. Point: This report gives three practical takeaways. Evidence: It clarifies realistic reliability expectations for a 32.768 kHz MEMS os…
View Details
15 July 2026
69
DSA1224BL2 156.25MHz MEMS Oscillator: How to Integrate
DSA1224BL2 156.25MHz MEMS Oscillator: How to Integrate
Adding a stable 156.25 MHz clock to a high-speed design introduces common pain points: unwanted jitter, level mismatches, and PCB-induced noise. This guide presents a practical, stepwise integration plan for the DSA1224BL2 part, focusing on electrical checks, PCB layout, power/enable sequencing, and validation. It emphasizes measurable checkpoints engineers can apply immediately to reduce integration risk when introducing a MEMS oscillator into Ethernet, SERDES, or FPGA clock trees. Experience-driven recommendations below draw on lab best practices and field troubleshooting patterns. Where val…
View Details
12 July 2026
75
DSA6111 Oscillator: Deep Spec Data & Performance Guide
DSA6111 Oscillator: Deep Spec Data & Performance Guide
Introduction Point: Engineers select oscillators by a few bench metrics—phase-noise at key offsets, ppm frequency stability across temperature, supply current, and start-up time—that determine system-level timing margin and link reliability. Evidence: Do not rely on memory of numbers; consult the official DSA6111 datasheet and validated lab measurements for the exact figures for your SKU (for example, DSA6111CA2B-050.0000VAO). Explanation: This article is a data-first, engineer-ready reference that identifies which electrical parameters to verify, how to measure them, integration best practice…
View Details
9 July 2026
85
DSA6111HI1B-048 MEMS Oscillator: Datasheet Key Metrics
DSA6111HI1B-048 MEMS Oscillator: Datasheet Key Metrics
The DSA6111HI1B-048 is a fixed-frequency MEMS oscillator specified at a nominal 48 MHz with industrial-grade stability. This guide explains the datasheet metrics essential for selection and PCB integration. Product Overview & Functional Summary This 48 MHz source is designed as a system clock for MCUs and communication PHYs. Engineers must prioritize verifying electrical limits and timing constraints provided in the primary datasheet tables. MEMS OSC VCC GND OUT OE Key Specification Metrics Parameter Typical Value Notes Nominal Frequency 48.0000 MHz Fixed frequency MEMS Frequency Stability ±25…
View Details
3 July 2026
86
DSA1203DA3 100MHz XO: Measured Phase Noise & Stability
DSA1203DA3 100MHz XO: Measured Phase Noise & Stability
Lab measurements were performed on the DSA1203DA3 100MHz XO to quantify phase noise and frequency stability under controlled conditions, emphasizing implications for timing- and jitter-sensitive systems. This report summarizes the test bench and methods used, outlines phase-noise behavior, reports Allan deviation trends, and gives practical recommendations for system designers. XTAL OSC CORE / PLL BUFFER VCC (Supply) RF OUT (100MHz) 1 — Why a 100MHz XO matters Typical system roles & performance targets A 100MHz XO often serves as a precise reference for ADC/DAC clocking or RF up/down conversio…
View Details
1 July 2026
77