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-from detector_lib.TES_model import *
-from detector_lib.DET_model import *
-from detector_lib.FUZ_model import *
-from detector_lib.MCE_model import *
-# Al TES
-Al_params = {}
-Al_params['name'] = 'Al'
-Al_params['Ic'] = .02 # A
-Al_params['Tc'] = 1.5 # K
-Al_params['Rn'] = 32e-3 # Ohms
-Al_params['alpha0'] = 200
-Al_params['I'] = 1.113757407119036e-05 # A
-Al_params['T'] = 0.4936060056461061 # K
-Al = TES(**Al_params)
-#Intermetallic `accidental' TES
-Im_params = {}
-Im_params['name'] = 'Im'
-Im_params['Ic'] = .005 # A
-Im_params['Tc'] = .525 # K
-Im_params['Rn'] = 7.5e-4 # Ohms
-Im_params['alpha0'] = 50
-Im_params['I'] = 1.113757407119036e-05 # A
-Im_params['T'] = 0.4936060056461061 # K
-Im = TES(**Im_params)
-#Ti TES
-Ti_params = {}
-Ti_params['name'] = 'Ti'
-Ti_params["Ic"] = .01 # A
-Ti_params["Tc"] = .5 # K
-Ti_params['Rn'] = 32e-3 # Ohms
-Ti_params['alpha0'] = 125
-Ti_params['I'] = 1.113757407119036e-05 # A
-Ti_params['T'] = 0.4936060056461061 # K
-Ti = TES(**Ti_params)
-TESs = [Ti, Im, Al]
-det_params = {}
-det_params['TESs'] = TESs
-det_params['Cx'] = 1e-12 # J/K
-det_params['Gx'] = 20e-12 # W/K
-det_params['Tx'] = 450. # K
-det_params['betaC'] = 2.8
-det_params['betaG'] = 2.1
-det_params['num_rows'] = 33
-det_params['L'] = 2.4e-6 # H
-det_params['Rsh'] = 3e-3 # Ohms
-det_params['Rb'] = 1096 # Ohms
-det_params['Rl'] = 1e-6 # Ohms
-det_params['Rs'] = 1e-6 # Ohms
-det_params['Popt'] = .3e-12 # W
-det_params['center_freq'] = 150e9 # Hz
-det_params['bandwidth'] = 33e9 # Hz
-det_params['Vb'] = 0.07731568655338109 # V
-det_params['Tb'] = 0.370 # K
-det_params['R'] = 0.016000000000363154 # Ohms
-det_params['I'] = 1.113757407119036e-05 # A
-det_params['T'] = 0.4936060056461061 # K
-det = detector(**det_params)
- 
-#CREATING A READOUT NOISE MODEL
- 
-noise_params = {}
-noise_params["det"] = None
-noise_params["readout_plateau"] = 2.5e-12 # White noise NEI (A/sqrt(Hz))
-noise_params["pink_knee"] = 2. # Frequency describing pink knee (Hz)
-noise_params["roll_off"] = 1.5e6 # Frequency at which everything rolls off (Hz)
-noise_params["m"] = 2. # Excess noise bump parameter
-noise_params["dwell_by_tau"] = 6.from example_tuning import transfer, invtrans
- 
-#CREATING AN MCE
- 
-FB = {}
-FB['fb_bits'] = 14
-FB['fb_maxV'] = .965 # V
-FB['fb_R'] = 15040 + 143 # Ohms (including wire resistance)
-FB['m'] = 8 # turns ration on a inductor coupling
-B = {}
-B['bias_bits'] = 16
-B['bias_maxV'] = 2.5 # V
-B['bias_R'] = 953 + 143 # Ohms
-mce_params = {}
- 
-from detector_lib.example_tuning import transfer, invtrans
-mce_params['row_len'] = 100
-mce_params['data_rate'] = 1
-mce_params['num_rows'] = 33
-mce_params['data_mode'] = 1
-mce_params['filter_coeff'] = [32295, 15915, 32568, 16188, 5, 12]
-mce_params['closed_loop'] = True
-mce_params['transfer'] = transfer
-mce_params['invtrans'] = invtrans
-mce_params['feedback_params'] = FB
-mce_params['bias_params'] = B
-mce_params['P'] = 0
-mce_params['I'] = 150
-mce_params['D'] = 0
-mce = MCE(**mce_params)
-noise = noise_model(**noise_params)
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