def test_murata_GCM(self):
part = capacitors.resolve('GCM155R71C104KA55D')
component = {}
component['Series'] = 'GCM'
component['Note'] = 'Chip Multilayer Ceramic Capacitors for Automotive'
component['Case'] = '0402'
component['Height'] = '0.5mm'
component['Dielectric Type'] = 'X7R'
component['Voltage'] = '16VDC'
component['Capacitance'] = '100nF'
component['Tolerance'] = '10%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)
#-------------
part = capacitors.resolve('GCM21BR71E105KA56L')
component = {}
component['Series'] = 'GCM'
component['Note'] = 'Chip Multilayer Ceramic Capacitors for Automotive'
component['Case'] = '0805'
component['Height'] = '1.25mm'
component['Dielectric Type'] = 'X7R'
component['Voltage'] = '25VDC'
component['Capacitance'] = '1uF'
component['Tolerance'] = '10%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)
def test_murata_GCE(self):
part = capacitors.resolve('GCE188R71H682KA01')
component = {}
component['Series'] = 'GCE'
component[
'Note'] = 'Soft Termination MLSC Design Chip Multilayer Ceramic Capacitors for Automotive'
component['Case'] = '0603'
component['Height'] = '0.8mm'
component['Dielectric Type'] = 'X7R'
component['Voltage'] = '50VDC'
component['Capacitance'] = '6.8nF'
component['Tolerance'] = '10%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)
def test_murata_GRT(self):
part = capacitors.resolve('GRT0335C1E120JA02')
component = {}
component['Series'] = 'GRT'
component[
'Note'] = 'AEC-Q200 Compliant Chip Multilayer Ceramic Capacitors for Infotainment'
component['Case'] = '0201'
component['Height'] = '0.3mm'
component['Dielectric Type'] = 'C0G'
component['Voltage'] = '25VDC'
component['Capacitance'] = '12pF'
component['Tolerance'] = '5%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)
def test_murata_GC3(self):
part = capacitors.resolve('GC331AD72W153KX01')
component = {}
component['Series'] = 'GC3'
component[
'Note'] = 'High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive'
component['Case'] = '1206'
component['Height'] = '1mm'
component['Dielectric Type'] = 'X7T'
component['Voltage'] = '450VDC'
component['Capacitance'] = '15nF'
component['Tolerance'] = '10%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)
def test_murata_GCG(self):
part = capacitors.resolve('GCG1555G1H121JA01')
component = {}
component['Series'] = 'GCG'
component[
'Note'] = 'AgPd Termination Conductive Glue Mounting Chip Multilayer Ceramic Capacitors for Automotive'
component['Case'] = '0402'
component['Height'] = '0.5mm'
component['Dielectric Type'] = 'X8G'
component['Voltage'] = '50VDC'
component['Capacitance'] = '120pF'
component['Tolerance'] = '5%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)
def test_murata_KCA(self):
part = capacitors.resolve('KCA55L7UMF102KH01')
component = {}
component['Series'] = 'KCA'
component[
'Note'] = 'Safety Standard Certified Metal Terminal Type Multilayer Ceramic Capacitors for Automotive'
component['Case'] = '2220'
component['Height'] = '2.8mm'
component['Dielectric Type'] = 'U2J'
component['Voltage'] = '250VAC'
component['Capacitance'] = '1nF'
component['Tolerance'] = '10%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)
def test_murata_KC3(self):
part = capacitors.resolve('KC355LD72J154KH01')
component = {}
component['Series'] = 'KC3'
component[
'Note'] = 'High Effective Capacitance & High Allowable Ripple Current Metal Terminal Type Multilayer Ceramic Capacitors for Automotive'
component['Case'] = '2220'
component['Height'] = '2.8mm'
component['Dielectric Type'] = 'X7T'
component['Voltage'] = '630VDC'
component['Capacitance'] = '150nF'
component['Tolerance'] = '10%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)
def test_murata_KCM(self):
part = capacitors.resolve('KCM55LR71H106KH01')
component = {}
component['Series'] = 'KCM'
component[
'Note'] = 'Metal Terminal Type Multilayer Ceramic Capacitors for Automotive'
component['Case'] = '2220'
component['Height'] = '2.8mm'
component['Dielectric Type'] = 'X7R'
component['Voltage'] = '50VDC'
component['Capacitance'] = '10uF'
component['Tolerance'] = '10%'
component['Manufacturer'] = 'Murata'
self.assertEqual(part, component)