Features:
- Humilis VSWR
Divisor frequentia est electronica pars quae input signum frequentiae dividit per factorem constantem ad output signum cum minore frequentia producendum. Magni ponderis munus agit in processui et frequenti potestate insignes.
1. Frequency divisor frequentiam initus signorum in frequentiam inferiorem dividere potest, plerumque initus frequentiae per multiplicationem 2, 3, 4, et sic porro dividi potest.
2. Distinctio frequentia plerumque impletur utens frequentia divisoris circuii, frequentia divisoris chip vel calculo.
3.Frequency divisor applicari potest ad logicam digitalem circuitionis seu horologii ditionis circuii.
1.Signal processus optimization: frequentia initus signi minuitur vel dividitur in plures partes frequentiae. Hoc utile est ad applicationes quae requirunt signa processus et analysis in certa frequentia.
2. Frequency temperantia et leo generatio: Dividendo frequentiam input signum per certum multiplex, dividens frequentia potest producere signum frequentiae inferioris output.
3. Communicatio et radiophonica: summus frequentiae significationes in frequentias inferiores dividuntur ut certis signis communicationis ac protocollo requisitis adaptentur.
4. Signal spectrum analysis: dividendo signum input in inferiorem extensionem frequentiae, facilius est analysim spectrum et frequentiam dominii processus signi conficere.
TheQualwavesocietas praebet 0.1~26.5GHz frequentiam divisorem, cum prae-dividente 2 frequentia, 6 frequentia, et 10 frequentia tres configurationes, productos cum coverage ultra-wideband, parvas venas et parvas magnitudines, altas input sensus et infimas notas strepitus, late in usu systemata laboratoria, fibra optica frequentia radiophonica, frequentia communicationis alta, instrumenta proin instrumenta et systemata electronic bellica radar. Grati clientes ad interrogandum, tibi professionali servitio dabimus.
2 Frequency Dividers | |||||||||
---|---|---|---|---|---|---|---|---|---|
Pars Number | Input Frequency (GHz) | Output Frequency (GHz) | Power output (dBm Min). | Divide Rationem | Harmonic (dBc Max.) | Spuria (dBc Max.) | Voltage(V) | Current(A) | LeadTime (Weeks) |
QFD2-100 | 0.1 | 0.05 | 5~8 | 2 | -60 | -75 | 12 | 0.15 | 4~6 |
QFD2-500-26500 | 0.5~26.5 | 0.25~13.25 | -3 | 2 | - | - | 12 | 0.1 | 4~6 |
6 Frequency Dividers | |||||||||
Pars Number | Input Frequency (GHz) | Output Frequency (GHz) | Power output (dBm Min). | Divide Rationem | Harmonic (dBc Max.) | Spuria (dBc Max.) | Voltage(V) | Current(A) | LeadTime (Weeks) |
QFD6-0.001 | - | 1K | - | 6 | - | - | +5 | - | 4~6 |
X Frequency Dividers | |||||||||
Pars Number | Input Frequency (GHz) | Output Frequency (GHz) | Power output (dBm Min). | Divide Rationem | Harmonic (dBc Max.) | Spuria (dBc Max.) | Voltage(V) | Current(A) | LeadTime (Weeks) |
QFD10-900-1100 | 0.9~1.1 | 0.09~0.11 | 5~8 | 10 | -30 | -75 | +12 | 0.2 | 4~6 |
QFD10-1000 | 1 | 0.1 | 5~8 | 10 | -30 | -75 | +12 | 0.2 | 4~6 |
QFD10-9900-10100 | 9.9~10.1 | 0.99~1.01 | 7~10 | 10 | - | - | +8 | 0.23 | 4~6 |
32 Frequency Dividers | |||||||||
Pars Number | Input Frequency (GHz) | Output Frequency (GHz) | Power output (dBm Min). | Divide Rationem | Harmonic (dBc Max.) | Spuria (dBc Max.) | Voltage(V) | Current(A) | LeadTime (Weeks) |
QFD32-2856 | 2.856 | 0.08925 | 10±2 typ. | 32 | - | - | +12 | 0.3 | 4~6 |